Electric Vehicle Routing - the ultimate guide to the best EV navigation providers

With electric vehicle adoption on the rise (over 10m cars were sold in 2022!), EV users are increasingly seeking EV routing options that can help them optimize their journeys and reduce the so-called range anxiety. Planning trips with EV is different than in the case of traditional vehicles: it has to take into account vehicle battery capacity as well as the availability of charging stations between their starting point and the destination.

It doesn’t end there, however. As long as you integrate relevant technologies with EV-specific data points can help EV users understand what infrastructure is available around the changing stations, their availability in real time and other factors that can make their journeys a lot more efficient and pleasant.

In this article, we offer a comparison of the best EV route planning API providers. If you’re looking to build your own EV trip planning solution, this article is for you.

What is an EV route planner?

EV route planning refers to the process of carefully selecting and optimizing the travel route for an electric vehicle based on factors specific to EVs. Such planning  has to consider various elements such as battery range, charging station locations, real-time traffic conditions, and user preferences to create an efficient and hassle-free journey. EV route planning is crucial for electric vehicle users to ensure they can reach their destinations while managing their EV's battery charge effectively.

EV route planning is of paramount importance for users of electric vehicles for several reasons:

• Range anxiety: electric vehicles have a limited range on a single charge compared to traditional gasoline vehicles. Route planning helps users maximize their range and avoid running out of charge before reaching their destination.
• Charging infrastructure: the availability of charging stations is crucial for EV users. Route planning ensures that drivers can identify and reach charging stations when needed to replenish their battery.
• Efficiency: Well-planned routes minimize energy consumption and reduce travel time. This is especially significant for long-distance journeys.
• Cost savings: EV route planning can help users estimate the cost of charging, allowing for better budgeting and cost-effective travel.
• Reduced stress: Knowing where and when to charge reduces anxiety associated with range limitations and makes the EV driving experience  less stressful.

How does an EV route planner help in resolving the issues listed above? In addition to traditional route planning solutions, EV navigation offers:

• Range assurance: EV route planning ensures that users can confidently drive to their destinations without the fear of running out of battery power along the way.
• Efficiency: optimized routes reduce travel time and energy consumption, improving the overall efficiency of EV journeys.
• Convenience: users can easily locate charging stations and plan charging stops at convenient intervals during their trips.
• Cost savings: knowing the estimated cost of charging helps users budget their travel expenses and compare charging options for affordability.
• Reduced environmental impact: efficient EV route planning can help users minimize energy consumption.

TL;DR?

Here’s a very short overview of the best EV route planner and API providers listed in this article. I encourage you to read it and then explore providers of your interest in detail. Otherwise, make yourself a cup of good coffee, because there’s a lot of material to go through in this thorough compilation!

TomTom Long Distance EV Routing API

• Data: charging stations, real-time traffic, and route planning.
• Unique feature: traffic data integration for efficient routing.
• Best suited for: traffic-aware EV routing.

Google Maps

• Data: Comprehensive global map data, including EV charging stations, real-time traffic, and public transit options.
• Unique feature: Integration with Google's vast data network.
• Best suited for: General navigation with extensive POI databases.

OpenStreetMap

• Data: open-source map data with limited EV-specific datapoints.
• Unique feature: open-source and free to use.
• Best suited for: open-source and budget-friendly solutions.

HERE

• Data: Location-based services, charging points, and route planning.
• Unique feature: Integration with other HERE mapping services.
• Best suited for: customizable mapping solutions.

Mapbox

• Data: map services, limited charging station info.
• Unique feature: highly customizable maps.
• Best suited for: customizable mapping solutions.

Chargetrip

• Data: real-time charging station status, route planning, and energy cost calculation.
• Unique feature: predictive modeling of energy costs.
• Best suited for: real-time routing with cost optimization

PlugShare

• Data: comprehensive charging station info, user reviews, and check-ins.
• Unique feature: community-driven data and reliability scores.
• Best suited for: community-driven recommendations.

A Better Route Planner

• Data: route planning with energy cost predictions, charging points along the route.
• Unique feature: customizable route variables like driving speed and payload.
• Best suited for: real-time routing with cost optimization.

Chargepoint

• Data: charging station locations, availability, connector types, and pricing.
• Unique feature: reservations for charging stations.
• Best suited for: comprehensive charging station database

EVgo

• Data: DC fast charging station info, real-time status, and user reviews.
• Unique feature: specializes in fast-charging data.
• Best suited for: charging Infrastructure for fleet management.

Smartcar

• Data: vehicle telematics data only. 
• Unique feature: direct integration with vehicle APIs.
• Best suited for: vehicle telematics for personalized routing.

Greenlots

• Data: charging station info, smart-grid data, pricing, and real-time availability.
• Unique feature: smart-grid integration for sustainable energy use.
• Best suited for: charging Infrastructure for Fleet Management

ChargeHub

• Data: charging station locations, availability, and user reviews.
• Unique feature: crowdsourced data and community-driven.
• Best suited for: community-driven recommendations.

ChargeWay

• Data: charging station info and user reviews.
• Unique feature: categorization of stations by “ChargeWay Numbers.”
• Best suited for: EV navigation focused on charging station compatibility and availability.

Electrify America

• Data: charging station locations, availability, and speed.
• Unique feature: concentration on high-power chargers.
• Best suited for: comprehensive charging station database.

MyEVRoute

• Data: charging station locations and availability.
• Unique feature: focused on the Canadian market.
• Best suited for: routes tailored to vehicle’s charging needs and range capabilities.

Keep in mind that the availability and specifics of the data provided may be subject to updates and may vary by region. For the most current and detailed information, it's recommended to refer to official documentation and resources related to the specific EV data providers. I’ve included links to each in their respective section.

Fasten your seatbelt, as we’re heading straight into specific data providers!

TomTom Long Distance EV Routing API

TomTom is a well-known provider of location-based services and mapping solutions. The navigation leader offers a wide range of location-aware products and services, including mapping, navigation, traffic, and location-based software and APIs. One of their offerings is the Long Distance EV Routing API, designed specifically for EV trip planning on long journeys.

Core data points and features of TomTom’s Long Distance EV Routing API

TomTom’s API offers a range of data points that can help you create a robust EV route planner for efficient routes:

• Location coordinates, such as precise latitude and longitude for mapping routes.
• Various route options and the ability to search for additional points along the route.
• Route optimization algorithms to calculate the most efficient path between multiple points, considering EV-specific variables like charging needs and energy consumption. It is also capable of suggesting alternative routes with different charging station stops, giving users flexibility in their journey planning.

• Information on available EV charging stations along the route, including their type, connector specifications (e.g., CHAdeMO, CCS), the number of connectors, and real-time availability information. It even offers information on compatibility of specific vehicle models and estimated charging time, so it can help users plan their trips effectively.
• Calculations accounting for the battery’s remaining range, coupled with suggestions where to stop for charging.
• Estimates of energy consumption based on the vehicle model, driving speed, and road conditions.

• Real-time and predictive traffic information, capable of suggesting alternative routes in case of traffic congestion or delays, helping EV drivers reach their destinations more efficiently.
• Weather-related data that can impact driving efficiency and energy use.
• Road elevation data that is pertinent to battery consumption.
• At selected stations, TomTom's API may also offer charging cost estimation data, allowing users to plan their budgets accordingly.

Pros of TomTom's Long Distance EV Routing API

• EV-focused design: this specific API was built with EVs in mind, catering specifically to the needs of electric vehicles for long-distance route planning. Being developed by a leading navigation company, it ensures a seamless and optimized user experience.
• Reliability: the API is highly reliable as it integrates real-time traffic data, helping users avoid congestion and delays, and reach their destinations efficiently.
• Comprehensive charging station data: the API provides more extensive and detailed information on EV charging stations compared to some other market providers, including connector specifications, number of connectors, and real-time availability. This wealth of information enables users to plan their charging stops effectively.
• Customizable route generation: the API takes into account user preferences and settings, such as preferred charging networks or maximum charging times, when generating routes. This level of customization enhances the user experience and accommodates individual preferences.
• Battery state of charge consideration: some implementations of the API can consider the current battery SoC of the EV's battery and calculate routes accordingly. This feature ensures that routes are optimized based on the available battery capacity, maximizing efficiency and minimizing range anxiety.
• Integration capabilities: developers can seamlessly integrate TomTom's Long Distance EV Routing API into their applications or services, leveraging its EV-specific route planning and navigation capabilities to enhance their offerings to users.

Cons of TomTom's Long Distance EV Routing API

• Potential cost implications: the usage and integration of the EV API may incur substantial costs. Users and developers should carefully evaluate the cost-benefit analysis before implementing the API into their applications or services.

Best use cases of TomTom's Long Distance EV Routing API

TomTom's Long Distance EV Routing API enhances the best EV trip planner experiences, optimizing routes with long journeys and charging station information in mind. This API's integration flexibility makes it invaluable for various applications and services tailored to EV users.

• EV navigation apps
• EV fleet management
• EV rental services
• Automotive manufacturers
• Travel and tourism services
• Mobile apps for EV owners
• Transportation services

Google Maps

Google Maps don’t really need an introduction. The multifaceted web mapping service developed by Google offers an array of functionalities from real-time traffic conditions and route planning to street maps and satellite imagery. Google Maps does not have a dedicated API solely focused on electric vehicles, however, the platform does provide a suite of APIs that can be invaluable for developers working on EV-related applications.

Please note that, although Google offers an extensive array of data points relevant to EV navigation, you may encounter licensing issues. These differ from country to country, so be sure to arrange a legal consultation.

Core data points and features of Google Maps relevant to EVs

• Basic mapping and geospatial data, such as latitude and longitude coordinates, road types, and conditions, as well as topographical features - this high-quality data forms the foundation for any navigation or route planning tool.
• Google Maps also provides real-time traffic information, offering insights into traffic congestion levels, incident reports, and even estimated travel times based on current conditions. Such data can be integrated into EV route planning to make journeys more efficient.
• The Places API from Google Maps is a treasure trove for locating EV charging stations. It not only provides the location of these stations but also offers additional data like business hours, user reviews, ratings, and even the types of outlets available.
• Google Maps' Distance Matrix API provides the distance between two or more points and the time required to travel those distances under various traffic conditions.
• Supports geofencing, allowing developers to create virtual geographic boundaries. This feature can trigger specific actions when an EV enters or leaves a designated area, such as approaching a charging station. 
• Time Zone API is another nuanced addition that can help with accurate planning of charging stops during long journeys that span multiple time zones.
• Google’s API can provide data on local businesses around charging stations, including nearby amenities like restaurants and shopping centers, as well as their operating hours. While Google Maps may not directly provide pricing information for charging stations, this data can be supplemented by integrating third-party APIs.
• Various route options and the ability to search for additional points along the route.

Pros of Google Maps

• Data richness: Google Maps provides an extensive array of data types relevant for EV routing.
• Reliability: a well-established, robust platform with high uptime and accurate data.
• Global coverage: offers global mapping data, making it versatile for applications that are international in scope.
• User familiarity: many users are already familiar with Google Maps, reducing the learning curve.
• Customization: highly customizable to fit specific application needs, from visual elements to data layers.

Cons of Google Maps

• Substantial cost: the API can become costly as usage scales, especially for commercial applications. It’s a top-shelf solution with a top-shelf price. If you’re looking for a cost effective option, contact us directly and we’ll be happy to discuss alternatives, including those open source.
• Licensing restrictions: there may be limitations on how the data can be used or displayed.
• No EV-specific API: unlike some competitors, it does not offer an API tailored specifically for electric vehicles.
• Data privacy: utilizing Google's services often comes with data privacy concerns, which could be a drawback for some users.

Best use cases of Google Maps Relevant to EVs

Google Maps, while not offering an API focused exclusively on electric vehicles, has a suite of APIs that are invaluable for building comprehensive and efficient EV route planning applications. These APIs can deliver key data points such as real-time traffic information, charging station locations, and travel time estimates, thereby enhancing the best EV route planner tools.

• Charging station locators
• Range estimation
• Traffic-adjusted routing
• Localized services
• Trip planning tools

OpenStreetMap

OpenStreetMap is a collaborative, open-source mapping platform that allows users to contribute and access geographical data from around the world. It serves as a community-driven alternative to proprietary mapping services like Google Maps. While OSM itself does not have a dedicated EV API, it provides valuable geospatial data that can be used in various location-aware solutions, including EV route planning applications.

Core data points and features of OpenStreetMap relevant to EVs

• OSM offers comprehensive road network data, including information on road types, speed limits, and lane details. This precise data is vital for accurate route planning and navigation specifically tailored for EVs.
• Users have the ability to contribute charging station locations to OSM. While this data may not be as extensive as that from specialized EV charging networks, it still aids in identifying available charging points.
• OSM includes a wide range of Points of Interest (POIs), such as hotels, restaurants, and tourist attractions. This diverse dataset enables developers to create applications that assist EV users in planning trips and locating amenities along their routes.
• OSM data supports geocoding, allowing developers to convert addresses or place names into geographic coordinates. This critical feature is fundamental for location-based EV apps, facilitating precise navigation and destination mapping.

Pros of using OpenStreetMap for EV applications

• OSM data is open-source and freely accessible, eliminating the need for developers and organizations to pay licensing fees. This affordability encourages widespread adoption and innovation in the EV application space.
• The global community of OSM contributors ensures a wealth of geographic data from diverse regions worldwide. This extensive coverage supports EV applications on a global scale.
• Developers leveraging OSM have the flexibility to customize map styles and features according to the specific requirements of their EV applications. This tailoring ability enables the creation of highly tailored and user-friendly experiences.
• OSM fosters community participation and data contributions, potentially leading to the continuous improvement of EV-related data over time. The collaborative nature of OSM encourages a collective effort to enhance the accuracy and completeness of EV-related information.

Cons of OpenStreetMap for EV applications

• While OSM data undergoes continuous updates, the quality and accuracy of the information, including charging station data, may vary based on community contributions and regional coverage. Users should be aware of potential inconsistencies.
• OSM does not provide dedicated EV-specific features such as real-time charging station availability, energy cost estimates, or battery range considerations. Developers may need to integrate additional data sources or services to meet these specific requirements.

Best use cases for OpenStreetMap in EV apps

OpenStreetMap serves as an essential source of geospatial data for those developing electric car trip planner applications. While it may lack EV-specific features and offer variable data quality, it provides open and customizable data for EV routing, trip optimization, and location-based services. To elevate the user experience, developers can integrate specialized EV APIs alongside OSM data.

• Route planning apps
• EV trip planners
• Location-based services
• Community-driven projects

HERE

Next, I’d like to tackle HERE Technologies, a company specializing in mapping and comprehensive location data services. Although it does not offer an EV-specific API, it compensates by providing specialized services that enhance the efficiency of EV route planning. HERE's extensive API offering, allows developers to create versatile applications covering different aspects of transportation and logistics tailored to electric vehicles. We’ve used this provider in a number of our projects, and can certainly recommend it for the flexibility as well as the extensive datasets HERE provides.

Core data points and features of HERE relevant to EVs

• Provides optimal routing options tailored for electric vehicles, taking into consideration factors such as range, battery status, and the availability of charging infrastructure.
• Offers detailed information on charging station locations, including the type of charging (fast/slow), station availability, and associated costs.
• Various route options and the ability to search for additional points along the route.
• Utilizes advanced algorithms to calculate and predict battery drainage based on driving conditions, enabling accurate routing suggestions to optimize EV performance.
• Provides insights into consumption rates under various scenarios, such as different terrains or the use of air conditioning, to help users understand and manage battery life effectively.
• Offers additional PoIs and optimized stops along the route, specifically designed for EVs to efficiently address charging needs.

Pros of using HERE for EV applications

• EV-centric approach: HERE's APIs provide EV services that are specifically tailored to meet the unique requirements of electric vehicles, offering more comprehensive functionality beyond basic routing.
• High-quality data: the data provided by HERE is widely recognized for its high quality, accuracy, and regular updates, ensuring reliable and up-to-date information for EV users.
• Worldwide coverage: with its wide geographical coverage, HERE is advantageous for international applications, catering to the needs of EV drivers across different regions.
• Customization options: the API offered by HERE is highly customizable, allowing for the adaptation of specific requirements and enabling a broad range of use-cases for EV applications.

Cons of using HERE for EV applications

• Cost structure: while the API offers valuable features, its usage is typically not free and can become expensive depending on the volume of usage.
• Complex implementation: due to the extensive range of features and functionalities, integrating and fully utilizing the API may require a significant investment in development resources.
• License limitations: users of HERE's data may encounter constraints on how the data can be stored, shared, or displayed, which could impact certain application requirements.

Best use cases for HERE in EV applications

As a global mapping and location service provider, HERE offers navigation and location data services valuable to electric vehicle trip planner developers. Though it doesn't offer an EV-specific API, its location-based data can be instrumental for both EV drivers and those creating EV applications.

• EV navigation apps
• Travel and tourism apps
• Fleet Management Software
• Smart city solutions

Mapbox

Following the same path as HERE Technologies, Mapbox is a giant in the mapping and location-based services industry. While it might not have an API solely for electric vehicles, it offers customizability to meet the specific navigational needs of electric vehicle users. Its Directions API and various plugins are tailored to provide essential data points for EV trip planning, making it easier for users to integrate electric vehicle navigation within customizable map interfaces. As a Mapbox consulting company, we can contribute our expertise in discussing the potential of this technology for EV navigation building.

Key data points and features of Mapbox relevant to EVs

• While primarily a general routing solution, Mapbox allows you to set route optimization criteria. You can configure the API to avoid certain types of roads or to prioritize the fastest or shortest routes. This becomes essential for EVs that need to optimize for energy efficiency.
• Mapbox incorporates live traffic data, enabling you to re-route dynamically. This is critical for EVs, as being stuck in traffic can significantly drain the battery, affecting the vehicle's range.
• Understanding elevation data changes along the route can help EVs better predict battery usage. Climbing hills, for example, can quickly drain an EV's battery. Mapbox can provide elevation data for any coordinate along the route.
• Through its Places API, you can identify and locate EV charging stations, repair services, or even EV-friendly cafes. These Points of Interest (PoIs) can be marked with custom icons for easy identification.
• Multiple route options and the ability to search for additional points along the route.
• Allows you to add multiple stops along a route. This can be beneficial for planning trips that need multiple charging stops. The API can also reorder waypoints to find the most efficient route, useful for both individual and fleet routing.
• You can define geographical boundaries on the map (aka geofencing), which could be used for several applications like security alerts if an EV moves out of an approved operating area.
• Mapbox provides data on speed limits along the route. For EVs, speed is a crucial factor affecting energy consumption, and this data can be used to alert drivers or automatically adapt cruising speeds.
• Lane guidance and road attributes, like the number of lanes, type of road, and allowed maneuvers can help the EV driver make informed decisions.
• While real-time traffic data is useful for immediate planning, historical traffic data can be beneficial for predicting regular traffic patterns, helping EVs pre-plan routes for optimal battery usage.
• Maxbox features include isochrone analysis, the ability to define areas reachable within a certain time frame from a starting point, providing an illustration of an EV's possible range based on its current battery level.
• The API supports geocoding and reverse geocoding ( can convert addresses to geographical coordinates and vice versa). For EV applications, this can be used to find the exact location of charging stations.
• Provides turn-by-turn navigation features, which can be customized to include EV-specific alerts like nearing a charging station or reaching a low battery level.

Pros of Mapbox

• High customizability: Mapbox offers a highly customizable mapping solution which is one of its standout features.
• Dynamic routing: The Directions API can incorporate real-time traffic conditions for more efficient routing.
• Wide integration: Mapbox can be integrated with other APIs to pull in external data like charging station locations.
• Developer support: The platform comes with extensive documentation and strong community support.
• Scalability: Mapbox can easily scale to meet the needs of both small and large applications.

Cons of Mapbox

• Lack of specialized EV data: Unlike some APIs focused on EVs, Mapbox does not provide specific data points like state of charge, charging speeds, or real-time charging station status.
• Cost structure: The pricing can become expensive as usage increases, making it less ideal for small projects with tight budgets.
• Learning curve: High customizability means it may require more time to set up and optimize for EV-specific use-cases.

Best use cases of Mapbox for EVs

Mapbox's strength lies in its customizability and adaptability. While it may not offer specialized EV data out-of-the-box, its robust feature set enables developers to create a tailored experience for EV users. You can integrate additional data sources and benefit from Mapbox's extensive customization options, to build a comprehensive EV navigation solution that meets specific needs. However, if you’re looking for an API created specifically with EVs in mind, I recommend you look at other options included in this list.

• Fleet management
• Localized EV services
• Travel and tourism apps

Chargetrip

Moving towards a more specialized offering, Chargetrip exclusively focuses on electric vehicle (EV) navigation and charging solutions. The platform's specialized API for EV route planning integrates multiple crucial data points. These include efficient routing options, energy management metrics, and charging station selection features, thus offering a comprehensive solution for electric vehicle users.

Core data points and features of Chargetrip’s API

• Route planning data tailored for electric vehicles that considers factors such as battery range, charging station locations, and real-time traffic conditions to optimize the journey.
• Comprehensive charging station information, including data on charging station locations and attributes, available connector types (e.g., CCS, Tesla Supercharger), the number of connectors, charging speed, station ratings and their up-to-the minute availability.
• Real-time updates on the availability and status of EV charging stations to help users locate operational stations and plan stops accordingly.
• Charging speed (in kW) at selected stations.
• Information on compatibility with specific electric vehicle models.
• Some implementations of Chargetrip's API may offer charging costs at selected stations.
• Users can also benefit from voice guidance for EV routing, including prompts for charging station stops.
• Chargetrip's platform often includes user-generated content, such as reviews and ratings for EV charging stations, providing users with information about station quality and user experiences.

Pros of using Chargetrip for EV applications

• EV-centric approach: specifically designed for electric vehicles, catering to their unique routing and charging needs. Chargetrip's route planning considers various factors like battery range, charging preferences, and real-time traffic conditions, creating tailored routes for EVs.
• Data accuracy: utilizes real-time and highly accurate data for reliable navigation and charging station recommendations.
• User experience: facilitates the creation of intuitive and information-rich user interfaces.
• Extensibility: seamless integration with other platforms or systems to build a comprehensive EV solution.
• Comprehensive EV trip planning: Chargetrip's API offers comprehensive data for electric vehicle trip planning, including charging station information, route optimization, and real-time updates, making it a valuable tool for EV users.
• Mobile app and web integration: Developers can integrate Chargetrip's EV trip planning and routing features into their own mobile apps or websites.

Pros of using Chargetrip for EV applications

• Niche focus: While specialized, its focus on EVs may limit its applicability for mixed fleets or other vehicle types.
• Pricing: It’s relatively expensive, due to the specialized nature of the service.
• Geographic coverage: Depending on its current scope, the API may have limited regional coverage.

Best use cases for Chargetrip's API

Chargetrip's API is ideal for applications aiming to streamline and improve the electric vehicle travel experience. Offering a user-friendly interface, real-time updates, and comprehensive charging station data, it is a potent tool for both EV trip planning and navigation.

• EV trip planning apps
• EV rental services
• Automotive manufacturers
• Eco-tourism services
• Fleet management
• Mobile apps for EV owners

PlugShare

Among its counterparts, PlugShare stands out by offering a user-friendly mobile app and website. Serving as a comprehensive resource for real-time EV charging station information, it also aids in EV trip planning. Users can plan routes based on their electric vehicle's battery range and charging station availability, making PlugShare a vital hub for community-based information and user reviews.

Core data points and features of Plugshare’s API

PlugShare's EV API offers a variety of data and features related to electric vehicle charging:

• PlugShare's API provides detailed information about charging station locations, including addresses, availability, and user ratings and reviews. It includes data on the types of connectors available at each station, such as CHAdeMO, CCS, Tesla Supercharger, and Level 2 connectors.
• Users can access real-time updates on the availability and status of EV charging stations, helping them find operational stations during their trips.
• PlugShare's API includes user-generated content, such as reviews, ratings, and photos of charging stations. This allows users to make informed decisions based on community feedback.
• The API offers route planning features that help users find charging stations along their routes. Users can plan their trips with charging stops at convenient intervals.
• PlugShare may provide pricing information for charging stations, allowing users to estimate the cost of charging sessions.
• The API supports community engagement by enabling users to check in at charging stations, share their experiences, and contribute to the PlugShare community.

Pros of PlugShare's API

• Comprehensive charging station data: PlugShare's API offers extensive data on charging stations, including real-time availability and user-generated content, providing users with valuable insights.
• User community: PlugShare fosters a vibrant user community, allowing EV enthusiasts to connect, share their experiences, and provide feedback on charging stations.
• Route planning and optimization: the API's route planning features help users find charging stations along their routes, enhancing trip planning convenience.
• Real-time updates: users can access real-time updates on charging station availability, ensuring that they can locate operational stations when needed.
• Integration capabilities: developers can integrate PlugShare's features into their applications or services, offering EV users access to a wealth of charging station information.

Cons of PlugShare's API

• Limited real-time data: While PlugShare provides real-time updates, the availability and accuracy of this data may vary by region and depend on user contributions.
• Basic route planning: Best suited for users looking for straightforward route planning and recommendations.
• Focus on user-generated content: The reliance on user-generated reviews and ratings means that the quality and quantity of information may vary based on user participation.

Best use cases for PlugShare’s API

PlugShare's API is a valuable resource for electric vehicle users, offering comprehensive charging station data, real-time updates, and a strong community engagement component. It is particularly useful for users seeking peer recommendations and community-driven information about charging stations. However, the quality of real-time data may depend on user contributions, and users should consider this when planning their trips. Developers can leverage PlugShare's API to enhance their applications and services for the benefit of the EV community.

• EV navigation systems
• Utility companies

A Better Route Planner (ABRP)

ABRP offers both a web-based platform and a dedicated mobile app, specifically engineered for electric vehicle owners. This service elevates EV route planning by optimizing routes with a multifaceted approach, considering battery range, charging station locations, real-time traffic updates, and even weather conditions. This ensures that electric vehicle users enjoy a reliable, efficient travel experience.

Core data points and features of ABRP’s API

ABRP's API offers a range of data and functionalities to support electric vehicle route planning and navigation:

• ABRP's API provides route planning information optimized for electric vehicles. It considers factors such as battery SoC, vehicle efficiency, charging station locations, and real-time traffic conditions to generate efficient routes.
• The API includes comprehensive data about charging station locations, types of connectors available (e.g., CHAdeMO, CCS, Tesla Supercharger), the number of connectors, and real-time availability information.
• Users can access real-time updates on the availability and status of charging stations along their route, allowing for adjustments as needed during the journey.
• ABRP's API provides estimates of energy consumption based on the selected route and driving conditions, helping users understand their charging needs.
• The API may incorporate weather data into route planning to account for factors like temperature, wind speed, and precipitation, which can affect EV efficiency.
• Some implementations of the API may offer data on the charging speed of different stations and estimated charging costs for each stop.
• Users can customize their preferences, such as charging speed, desired SoC at each stop, and preferred charging networks, to tailor their routes to their specific needs.

Pros of ABRP's API

• Advanced routing: offers advanced route optimization, considering factors like elevation, weather, and traffic for efficient trips.
• Multi-network integration: integrates with multiple charging networks, providing a broad range of charging options.
• Charging data: includes charging station data and real-time updates.
• User preferences: allows users to customize routes based on their preferences.

Cons of ABRP's API

• Complexity: advanced features may have a steeper learning curve for developers.
• Potentially costly: premium subscription is required to unlock many of the EV features.

Best use cases for ABRP's API

A Better Route Planner's API is a valuable tool for electric vehicle users seeking advanced and highly customizable route planning. It offers detailed data on charging stations, real-time updates, energy consumption estimates, and weather considerations, making it a powerful resource for optimizing EV journeys. Developers can leverage ABRP's API to enhance their applications and services for the benefit of the EV community. However, users should be aware of potential costs and regional limitations when using the API.

• EV navigation apps
• Fleet management
• EV rental services
• Automotive manufacturers
• Mobile apps for EV owners
• Eco-tourism services
• Smart home integration
• Charging network operators
• Ride-Sharing and transportation services
• EV community platforms

ChargePoint

ChargePoint is not just another player in the industry; it is one of the largest and most well-established electric vehicle charging network providers globally. With a network of stations across North America, Europe, and other regions, it offers solutions for both residential and commercial charging infrastructure. ChargePoint's comprehensive offerings make it a key player in EV route planning by providing widespread charging options.

Core data points and features of Chargepoint API

ChargePoint's API offers various data and functionalities related to electric vehicle charging:

• The API provides comprehensive data about ChargePoint charging stations, including locations, addresses, and availability status. It includes information about the types of connectors available, charging speed (Level 2 or DC fast charging), and pricing details where applicable.
• Users can access real-time updates on the status of charging stations, indicating whether a station is currently available or in use. This feature helps EV drivers find operational charging stations and reduces the risk of waiting.
• The API may provide pricing information for charging sessions at ChargePoint stations, allowing users to estimate the cost of charging.
• ChargePoint's API supports features like station reservation and check-in, enabling users to secure charging spots and notify others of their arrival.
• Some implementations of the API allow users to create accounts, manage payments, and monitor their charging history.
• ChargePoint offers usage statistics of its charging stations, which can be valuable for analyzing trends and station performance.

Pros of ChargePoint’s API

• Extensive charging network: ChargePoint has a widespread network of charging stations, making its API a valuable resource for EV users looking for reliable charging options.
• Real-time updates: users can access real-time information on charging station availability, reducing the uncertainty of finding a charging spot.
• Charging station details: the API provides comprehensive data about ChargePoint stations, including connector types and charging speeds, helping users make informed decisions.
• Integration capabilities: developers can integrate ChargePoint's API into their applications or services, offering users access to a large network of charging stations.
• Commercial solutions: ChargePoint offers solutions for businesses and commercial properties, making it suitable for fleet management and workplace charging.

Cons of ChargePoint’s API

• Limited coverage in some regions: while ChargePoint has a substantial presence, the availability of its charging stations may be limited in certain areas, affecting the usability of the API.
• Cost considerations: depending on usage and integration requirements, there may be associated costs for accessing ChargePoint's API.

Best use cases for ChargePoint’s API

ChargePoint's API is useful for individuals, businesses, and developers alike, offering access to a broad network of charging stations and real-time updates. It is a practical tool for enhancing the EV charging experience, but potential costs and regional limitations should be considered.

• EV navigation apps
• Fleet management
• EV rental services
• Businesses and workplaces
• Smart home integration
• EV community platforms

EVgo

EVgo is a leading public fast-charging network for electric vehicles in the United States. Specializing in DC fast charging, it brings an API to the table that third-party platforms can integrate for enhanced EV route planning. This specialization in fast charging makes long-distance electric vehicle travel more convenient and efficient, attracting a growing user base.

Core data points and features of EVgo API

EVgo's API offers various data and features related to electric vehicle charging:

• The API provides detailed data about EVgo charging stations, including their locations, addresses, and real-time availability status. It includes information about the types of connectors available, charging power levels (fast-charging options), and pricing details.
• Users can access real-time updates on the availability and status of EVgo charging stations, allowing them to find operational stations easily.
• The API may provide pricing information for charging sessions at EVgo stations, allowing users to estimate the cost of charging.
• Some implementations of the API support station reservation and check-in features, enabling users to secure charging spots and notify others of their arrival.
• EVgo's API may allow users to create accounts, manage payments, and monitor their charging history through integration.

Pros of EVgo's API

• Fast-charging network: EVgo specializes in fast charging, making it a valuable resource for EV users in need of quick charging sessions.
• Real-time updates: users can access real-time information on charging station availability, ensuring a smoother charging experience.
• Charging station details: the API provides comprehensive data about EVgo stations, including connector types and charging speeds, helping users make informed decisions.
• Integration capabilities: developers can integrate EVgo's API into their applications or services, offering users access to a network of fast-charging stations.

Cons of EVgo's API

• Limited coverage: EVgo's charging network primarily operates in the United States, which may limit the availability and usability of the API for users in other regions.
• Cost considerations: depending on usage and integration requirements, there may be associated costs for accessing EVgo's API.

Best use cases for EVgo's API

EVgo's API is designed to operate within its extensive fast-charging network in the United States. Providing access to numerous fast-charging stations and real-time updates, it enhances the EV charging experience, although users should be cautious about potential costs and regional limitations.

• EV navigation apps
• Fleet management
• EV rental services
• EV community platforms

Smartcar

In terms of standardization, Smartcar is definitely taking the lead. The company works on creating a standardized interface for applications to interact with electric vehicles, regardless of their make or model. Through its API, Smartcar enables advanced functionalities like real-time battery status and charging history, valuable for effective EV trip planning. It requires user consent for processing of all its data!

Core data points and features of Smartcar’s API

• Smartcar's API provides granular information about the vehicle's battery level, presented in percentage format. This data point is crucial for route planning, helping drivers understand how far they can travel before requiring a recharge.
• Whether the vehicle is actively charging, fully charged, or not charging can be determined through the API. The charging status (with information whether the vehicle is actively charging or not) is valuable for fleet operators and individual users alike for efficient management of their charging schedules.
• Providing real-time geographical coordinates of the vehicle enables features like geo-fencing, real-time tracking, and route planning. Location data is particularly useful in fleet management and for implementing safety features.
• Odometer reading, or the total distance traveled by the vehicle can be accessed, supporting use-cases like maintenance scheduling, resale value calculation, and lease compliance checking.
• This covers a broad array of vehicle conditions like door lock status, tire pressure, and other diagnostic data. Such data points can be invaluable for preemptive maintenance and for offering auxiliary services like remote lock/unlock.
• While not standard across all vehicle models, some offer the ability to configure optimal charging periods or charge limits, thereby helping to optimize energy use and costs.
• Even if primarily used for EVs, the API can also report on any remaining fuel in Plug-in Hybrid Electric Vehicles (PHEVs), assisting in comprehensive energy management.
• Some implementations offer insights into recent trips, including distance, duration, and energy consumption, which can be used for journey analytics.
• VIN (Vehicle Identification Number), which is particularly useful for applications that need to uniquely identify a vehicle, such as ride-sharing apps like Uber, car sharing services, or car rental apps.
• In some cases, Smartcar's API allows for sending commands to the vehicle, like initiating or stopping charging, or even preconditioning the car by turning on the climate system remotely.

Pros of Smartcar's API

• Vehicle connectivity: Smartcar's platform offers a convenient way to connect with and access data from a wide range of vehicle makes and models, including electric vehicles.
• Real-time data: users can access real-time vehicle data, including location and battery state, which is essential for accurate EV navigation and route planning.
• Compatibility: the API is compatible with various programming languages and platforms, making it accessible to developers building a range of applications.
• Customization: developers can use Smartcar's data to create custom EV navigation and route planning experiences tailored to user preferences.

Cons of Smartcar's API

• Limited charging station data: while Smartcar provides some charging station data, it may not offer the same level of detail and coverage as specialized EV charging networks.
• Cost considerations: there may be associated costs for using Smartcar's API, and pricing can depend on factors like usage and the number of connected vehicles.

Best Use Cases for Smartcar's API

Smartcar's API offers valuable data and connectivity options for developers looking to create EV-related applications, including navigation and route planning tools. While it may not provide as much specialized charging station data as some dedicated EV routing APIs, it offers flexibility and real-time data access for a wide range of vehicle makes and models, making it a versatile choice for EV applications. Developers should consider the costs associated with API usage and ensure compatibility with their target audience.

• EV navigation apps
• Route planning tools
• Fleet management
• EV range estimation
• EV community platforms

Greenlots

A member of the Shell Group, Greenlots serves as a global provider focusing on public and private electric vehicle charging infrastructure. It offers an API that allows third-party developers to integrate its wide-ranging charging data and functionalities into their own EV route planning applications, providing a scalable solution for both consumers and enterprises.

Core data points and features of Greenlots API

• The API provides detailed information about Greenlots' charging stations, including locations, addresses, and real-time availability status. It includes data on the types of connectors available, charging speeds, and pricing information where applicable.
• The data is delivered through accurate GPS coordinates of charging stations as well as data on proximity to essential amenities or highways.
• Detailed information about the charging capacity, including speed and type (Level 1, Level 2, DC Fast Charging).
• Real-time updates on the operational status of stations, including occupancy and estimated wait times.
• Specifies connector compatibility such as CCS, CHAdeMO, and Type 2.
• Smart-grid integration capabilities, including data on adjusting the charging rate based on real-time grid load to optimize energy use, as well as information on the source of electricity, focusing on renewable sources when available.
• Greenlots offers comprehensive billing and tariff information that features transparent pricing data, possibly with peak and off-peak rates and accepted methods for payment at each station, such as mobile apps, credit cards, or membership cards.
• UE metrics that collect and provide data on user-generated reviews for reliability and overall quality.
• Metrics on the accessibility of stations, including those that are ADA-compliant.
• Some implementations of the API support station reservation and check-in features, enabling users to secure charging spots and notify others of their arrival.
• Greenlots' API allows users to create accounts, manage payments, and monitor their charging history through integration.

Pros of Greenlots' API

• Comprehensive charging data: Greenlots' API provides extensive data about its charging stations, including real-time updates, pricing, and availability, offering a comprehensive charging experience for users.
• Real-time updates: users can access real-time information on charging station availability, ensuring a smooth charging experience.
• Charging station details: the API includes data on connector types and charging speeds, helping users make informed decisions about where to charge.
• Integration capabilities: developers can integrate Greenlots' API into their applications or services, offering users access to Greenlots' charging network.
• Smart-grid capabilities: Advanced features like demand response and renewable energy tracking are valuable for sustainability.
• Real-time updates: The API provides accurate, real-time data on charging station status and availability.

Cons of Greenlots' API

• Limited availability: the accessibility of Greenlots' charging stations may be limited to specific regions, potentially restricting the usability of the API for users outside those areas.
• Cost considerations: depending on usage and integration requirements, there may be associated costs for accessing Greenlots' API.
• Integration complexity: the vast array of features may make the API more complex to integrate.

Best use cases for Greenlots' API

Greenlots' API offers access to numerous charging stations, real-time updates, and pricing information within its network regions. This API enhances the EV charging experience and exemplifies Greenlots' commitment to open collaboration and innovation in the electric vehicle ecosystem.

• Sustainable mobility apps
• Utility company platforms
• Enterprise fleet management
• EV navigation apps
• Fleet management
• EV rental services
• EV community platforms

ChargeHub

ChargeHub is an electric vehicle charging platform and app that provides information and services related to EV charging. While it may not have a traditional API for EV navigation, ChargeHub offers data and resources through its platform and services that can be used by developers for EV-related applications.

Core data points and features of ChargeHub

ChargeHub offers extensive information about the locations of EV charging stations, including address details, geographical coordinates, and station types (level 1, level 2, DC fast chargers, etc.).

The platform provides details about the types of charging connectors available at each charging station, helping EV drivers identify which stations are compatible with their vehicles.

ChargeHub may offer real-time information on the availability and status of charging stations, allowing users to check if a station is in use or available for charging.

ChargeHub may provide tools for EV trip planning, including route optimization with charging stops and range estimation based on the user's EV model and current battery state.

Pros of ChargeHub

• Comprehensive charging data: ChargeHub offers extensive information about charging station locations and connector types, making it easier for EV drivers to find suitable charging options.
• Real-time updates: access to real-time status information helps EV drivers avoid unnecessary trips to occupied charging stations, enhancing the charging experience.
• Trip planning: The platform's trip planning tools can assist users in planning EV trips with optimized routes and charging stops, improving convenience and range confidence.
• Community engagement: ChargeHub encourages community participation, allowing users to contribute data and reviews about charging stations, enhancing the reliability of information.

Cons of ChargeHub

• Limited regional coverage: ChargeHub's services may have limited coverage outside of certain regions, which could limit their usefulness for users in other areas.
• Lack of a traditional API: ChargeHub may not offer a traditional API for direct data integration into third-party applications, which could affect seamless integration.

Best use cases for ChargeHub data and services

ChargeHub provides valuable data and resources for electric vehicle users, especially in regions where it has extensive coverage. While it may not offer a traditional API, its comprehensive charging station information, real-time updates, and trip planning tools make it a valuable resource for developers creating EV-related applications and services. Developers should consider regional coverage and integration options when utilizing ChargeHub's data and services.

• EV navigation apps
• Charging station locator apps
• EV trip planning tools
• EV enthusiast communities
• Fleet management

Chargeway

Chargeway stands out from other EV APIs by employing a color-coded system that simplifies the EV charging experience. While it doesn’t offer a traditional API, its innovative approach provides essential data and resources that can be integrated into EV route planning applications, benefiting both developers and end-users.

Data Provided by Chargeway Relevant to EVs

• Chargeway uses a color-coded system to represent different charging connectors and their compatibility with specific EV models. This system simplifies the process of identifying the right charging station for an EV.
• Chargeway offers information about the locations of charging stations, helping EV drivers find charging options nearby.
• Chargeway provides information on the compatibility of specific EV models with charging connectors and stations, aiding EV drivers in understanding their charging options.

Pros of using Chargeway for EV applications

• Simplified charging information: Chargeway's color-coded system simplifies the often complex landscape of charging connectors and compatibility, making it easier for drivers to find the right charging station.
• User-friendly approach: the platform is designed with a user-friendly interface that makes it accessible and informative for both EV drivers and developers.
• EV model compatibility: Chargeway provides valuable information on which EV models can use specific charging connectors, which is particularly helpful for drivers with multiple EVs.

Cons of using Chargeway for EV applications

• Limited API integration: Chargeway doesn't offer a traditional API for developers to access data programmatically, which may limit its integration capabilities into third-party applications.
• Data coverage: the availability and coverage of Chargeway's data, including charging station locations and compatibility information, may vary by region, potentially limiting its usefulness in certain areas.

Best use cases for Chargeway data

Chargeway's unique color-coded system and user-friendly approach provide valuable information for EV drivers looking to simplify their charging experience. While it may not offer a traditional API for data integration, its data and resources can be valuable for developers creating applications and platforms to assist EV drivers in understanding charging options and compatibility.

• EV driver apps
• EV dealerships
• EV education platforms
• EV enthusiast communities
• Charging infrastructure planning

Electrify America

Electrify America, a subsidiary of the Volkswagen Group, has an extensive network of DC fast chargers and Level 2 chargers across the United States. They offer an API that supplies real-time data and functionalities related to charging infrastructure, making it an invaluable resource for comprehensive EV trip planning.

Core data points and features of Electrify America’s API

• The API offers information about the locations of Electrify America's charging stations, including addresses, geographical coordinates, and station types (DC fast chargers or Level 2 chargers).
• Electrify America's API provides real-time information on the availability and status of their charging stations. Users can check if a station is in use or available for charging.
• The API includes details about the types of charging connectors available at each station, helping EV drivers identify which stations are compatible with their vehicles.
• Electrify America's API may offer data related to charging sessions, including session start and end times, energy consumption, and session costs.

Pros of Electrify America's API

• Access to charging station data: the API provides access to real-time data about Electrify America's charging station locations and availability, which is valuable for EV drivers and application developers.
• Charging connector details: users can easily identify which charging connectors are available at each station, ensuring compatibility with their EVs.
• Real-time status updates: the real-time status information helps EV drivers avoid unnecessary trips to occupied charging stations.
• Session data for cost estimation: charging session data can be useful for estimating the cost of charging and tracking energy consumption.

Cons of Electrify America's API

• Regional availability: Electrify America's charging network is primarily located in the United States, limiting the usefulness of the API for users outside this region.
• Limited coverage: while Electrify America is a significant player in the U.S. charging infrastructure, its coverage may not be comprehensive in all areas, potentially leaving gaps in charging availability.

Best use cases for Electrify America's API

Electrify America's API is focused on EV drivers in the United States and developers aiming to enhance electric vehicle charging services. Offering real-time data on charging station availability and connector types, its utility is limited to regions covered by the Electrify America network.

• EV navigation apps
• Charging station locator apps
• Route planning with charging stops
• Fleet management
• EV enthusiast communities

MyEVRoute

I’m concluding this comparison with MyEVroute, this platform is designed to assist electric vehicle drivers in planning efficient routes integrated with strategic charging stops. Though it may not have a conventional API, MyEVroute's service offerings and data points are invaluable for developers looking to enhance the capabilities of various EV route planning applications.

Core data points and features of Electrify America’s API

• MyEVroute allows users to plan routes for their EV trips, taking into account factors like their vehicle's range, charging preferences, and desired destinations.
• The platform provides information about charging stations along the planned route, including locations, charging speeds, and availability.
• MyEVroute estimates the energy consumption for the planned route, helping users understand their charging needs.
• Users can manage their charging sessions through the platform, including starting and stopping charging remotely if supported by the charging station.

Pros of using MyEVroute’s data and services

• Comprehensive route planning: MyEVroute offers comprehensive route planning features, allowing EV drivers to plan trips that consider charging stops, energy consumption, and vehicle capabilities.
• Charging station data: The platform provides valuable information about charging stations along the route, helping users locate suitable charging options.
• Energy consumption estimation: MyEVroute's energy consumption estimates assist users in understanding their charging requirements for a given trip.
• Charging management: users can remotely manage their charging sessions, adding convenience and control to the EV charging experience.

Cons of using MyEVroute’s data and services

• Lack of a traditional API: MyEVroute may not offer a traditional API for direct data integration, which can limit its seamless integration into third-party applications.
• Regional coverage: the availability and coverage of MyEVroute's services may vary by region, potentially limiting its usefulness in areas with limited coverage.

Best use cases for MyEVroute’s data and services

MyEVroute offers a plethora of data and services beneficial for both EV drivers and developers of related applications. Though it doesn't offer a traditional API, its platform supports route planning, charging station data, energy consumption estimation, and charging management, making it an indispensable tool for elevating the EV driving and charging experience.

• EV trip planning apps
• Charging station locator apps
• Fleet management
• EV rental services

Building an EV route planner with RST Software

EV route planning is an essential element of the EV user experience, enabling efficient, stress-free, and cost-effective journeys. As the electric vehicle market continues to grow rapidly and charging infrastructure expands, the demand for effective route planning solutions is expected to rise.

When selecting the most appropriate data source for building an EV routing mechanism, consider factors such as regional coverage, data accuracy, and the level of specialization in EV routing. Each service and platform offers different strengths and features to cater to specific requirements.

To choose the most suitable API, consider the level of detail and features required for your EV routing mechanism, as well as the specific needs of your project and user base. As technology continues to advance, users can anticipate even more sophisticated and data-driven route planning options in the future, further enhancing the benefits of owning an electric vehicle.

If you have any questions on any of the APIs or providers listed above, contact us directly via this form and we’ll be happy to advise on the best choice.