The CO2 Advisor API provides real-time insights into the carbon footprint per kilowatt-hour of electricity for various locations in Germany. By inputting a postal code, users receive a 24-hour forecast detailing CO2 emissions and energy consumption advice. The API is designed to help optimize electricity usage, particularly for activities like charging electric vehicles or shifting energy-intensive tasks to periods with a lower carbon footprint.
Documentation ShowcaseThe CO2 Meter API enables precise tracking of CO2 emissions associated with electricity consumption at specific locations, identified by their postal code. This API delivers real-time CO2 readings, along with a 24-hour forecast of renewable energy contributions, energy prices, and CO2 emissions for both standard and green energy sources. Designed for ESG reporting, particularly Scope 2 emissions, it provides essential data for utilities, businesses, and energy service providers to monitor and minimize their carbon footprint. By integrating this API, users can optimize energy consumption decisions based on CO2 emissions and enhance sustainability efforts.
DocumentationThe Energy Schedule API enables intelligent control of energy-consuming devices by providing optimized operation schedules based on real-time grid conditions, prices, and environmental factors. Whether you're charging electric vehicles, managing heat pumps, or controlling industrial processes, our API helps you optimize energy consumption for cost, sustainability, and efficiency.
Documentation Showcase# Create a schedulecurl -X PUT "https://api.corrently.io/v2.0/gsi/schedule" \
-H "Content-Type: application/json" \
-d '{
"zip": "69168",
"requirements": {
"law": "price",
"activeHours": 8
}
}'The GrünstromIndex API provides real-time and forecast data on the availability of renewable energy (green power) in the electricity grid. By delivering hourly updates for specific locations, the API enables users to track the percentage of renewable energy (from wind, solar, and other sources) and CO2 emissions. This allows for optimizing energy consumption, reducing carbon footprints, and potentially minimizing energy costs. The API offers support for energy management systems, businesses, and individuals seeking to align their energy usage with greener periods.
Documentation ShowcaseProvides real-time and forecasted electricity pricing data for both the general market and localized regions, based on ZIP codes. This API is designed to offer valuable insights into energy costs, making it a powerful tool for energy-conscious consumers, businesses, and developers working with energy management systems.
DocumentationThe PHEV Charge Or Fuel API is a decision-making tool designed for Plug-in Hybrid Electric Vehicle (PHEV) drivers in Germany. This API helps drivers optimize their energy choices by comparing the costs and CO2 emissions of fueling versus charging. By providing real-time fuel prices, electricity costs, and environmental data, the API empowers users to make informed decisions that can save money and reduce their carbon footprint.
Documentation ShowcaseDesigned for seamless integration, this API supports utilities and energy service providers in safely optimizing energy flows, particularly in the context of energy storage systems (ESS) and counter-trading strategies using regional renewable energy sources. By incorporating these forecasts, operators can improve energy scheduling, enhance grid stability, and optimize the use of solar energy at both local and regional levels.
DocumentationThe Renewable Energy Dispatch API provides detailed insights into the flow and composition of renewable energy for a specified city in Germany, identified by its postal code. The API returns data on the energy mix (e.g., biomass, solar, wind), historical trends, and the origin and destination of energy flows between different locations. This data is useful for analyzing energy distribution and consumption patterns at both local and regional levels, helping users optimize energy use and understand their reliance on specific renewable sources.
DocumentationThe Strommix API offers comprehensive data on the electricity generation mix in Germany, covering various renewable and non-renewable sources like biomass, solar, wind, and fossil fuels. Users can specify a period (e.g., last month, last 7 days) or define custom time ranges to retrieve data on the total production volume, as well as detailed contributions from each energy type. This data helps users analyze Germany's energy production trends over time, monitor the proportion of renewables versus fossil fuels, and understand shifts in the energy mix for sustainable energy planning and reporting.
DocumentationThe Corrently Token API is a service that provides access tokens for working with authenticated requests to the Corrently API. This API supports token-based authentication for all Corrently API endpoints. It includes a Node.js-based sample implementation in the corrently-api package that performs the token request for you.
Documentation