AI-based photovoltaic power prediction for PV plants. Powered by our industry-leading irradiance and real-time weather data. [![Run in Postman](https://run.pstmn.io/button.svg)](https://app.getpostman.com/run-collection/1c42c9f6baae1a51ad9a)
nemy tracks the National Electricity Market (NEM) in Australia. nemy API has a collection of simple endpoints that are designed to help people align their electricity usage with times of abundant renewable energy.
Electric vehicle, EV, Electric car, Charging station, Battery, Range, Charging time, Electric mobility, Green transportation, Electric vehicle data, Electric vehicle charging, Electric vehicle infrastructure, Electric vehicle management, Vehicle telemetry, Vehicle information, Battery level, Charging network, Energy consumption, Charging efficiency, Electric vehicle market, Electric vehicle industry, Electric vehicle adoption, Electric vehicle technology, Charging infrastructure, Electric veh...
Effortlessly quantify and monitor carbon footprints with our precise CO2 Emissions API
API for California Independent System Operator data provided from caiso.com. It includes data on energy emissions, demand, supply, and prices. Updated daily.
Mithilfe der Standardlastprofile ist es möglich auf Basis des Jahresverbrauchs und definierter, typischer Verbrauchsgruppen eine Schätzung des Stromverbrauchs eines Zeitraumes vorzunehmen. Alternativ kann bei bekanntem Verbrauch eines Zeitraumes der Jahresverbrauch ermittelt werden.
GreenHouseGas/CO2 compensation as a service. Get 1kg/month for free to see how easy it is to implement.
Cyprus Gas Prices Unlead 95 Unlead 98 Diesel heat Diesel auto Kerosene petroleum_type 1 2 3 4 5
Strom-wärmegeführter Betrieb von Wärmepumpen auf Basis der Prognose von regionalem Ökostrom.
Electric vehicle, EV, Electric car, Electric transportation, Green vehicles, Sustainable mobility, Electric mobility, Electric transportation system, Electric vehicle technology, Electric charging infrastructure, Electric vehicle market, Electric drive system, Electric vehicle industry, Electric vehicle adoption, Electric vehicle battery, Electric vehicle charging, Electric vehicle emissions, Electric vehicle range, Electric vehicle efficiency, Electric vehicle charging stations, Electric veh...
Aggregated hourly data for Spanish electricity prices "Precio voluntario para el pequeño consumidor" (PVPC).
The Electricity Price API offers real-time spot prices for European electricity with analytical tools for market analysis.
A single API for hundreds of green energy devices. Easily connect to and control your customers’ electric vehicles, thermostats, solar panels, batteries and more.
Enegaeru Home Energy Plan Simulator can Simulate your home energy consumption plan.
About Energy APIs
There are many energy sources today. Besides electricity and fossil fuels, we now have solar, water, wind, and more that powers the world. Likewise, there are many things to power besides homes and buildings, such as electric vehicles and battery banks for homesteads. As people work to make energy greener for the planet’s health, there are plenty of reasons to monitor these different energy sources.
What is an Energy API?
An energy API connects an application to an energy data source, allowing developers to build tracking systems, statistical solutions, and analytical apps. An increasing number of Internet of Things (IoT) devices also help us monitor and control our energy consumption, and APIs are the coded highways that keep everything connected.
How does an Energy API work?
A developer may build an energy API from any of the popular coding languages, and they provide the connection between applications and devices to an energy company’s server.
Who can benefit from Energy APIs?
There are numerous benefits of energy APIs, and they enhance more than just an energy company’s bottom line. Some of the ways people use them include:
- Researchers observing solar data from satellites
- Homeowners using their IoT-connected thermostats to optimize the energy use in their home
- People who choose to live off-grid or in vehicles can use solar and battery banks that can be monitored and adjusted through apps on their phones
While these are just a few examples, they illustrate how APIs are powering a greener future for the planet as a whole.
Why are Energy APIs necessary?
APIs make energy use easier to observe and adjust. Instead of humans performing time-intensive manual research, applications and APIs can provide real-time alerts to fluctuations, keep databases updated, and optimize energy use in the smallest homes up to the biggest corporate offices.
What can you expect from an Energy API?
Applications that are utilizing APIs intended for monitoring need to have rapid refresh rates to be effective. Those that require access to user accounts and sensitive data, such as IoT devices, need to have rock-solid encryption protocols in place to protect customer data. Lastly, apps that use APIs to access statistical information for research purposes must connect to accurate and reliable databases.
Are there examples of free Energy APIs?
- CO2 Offset
- Enegaeru Home Energy Plan Simulator
- Enegaeru Home Energy Usage Optimizer
- Oil Well Directional Drilling Survey Calculations
- eDRV EV Charging
- NREL National Renewable Energy Laboratory
- Energy Prices
Energy API SDKs
All Energy APIs are supported and made available in multiple developer programming languages and SDKs including:
- Java (Android)
- C# (.NET)
Just select your preference from any API endpoints page.
Sign up today for free on RapidAPI to begin using Energy APIs!