Maximize your solar plants ROI with precision weather forecasting
In this webinar, learn how cutting-edge weather forecasting technology can dramatically improve your solar power plant economics through:
✔️ Increase revenue by reducing unnecessary curtailment
✔️ Minimize costly grid code penalties
✔️ Optimize storage system sizing for ideal CAPEX/OPEX balance
✔️ Enhance overall plant performance and reliability
Learn more about Steadysun API for renewable energy forecasting
API’s broad functional scope, including plants portfolio management, forecast retrieval, and production measurement transmission.
Check out our blog post to find out more.
Understanding Climate-Energy-Water interrelationships through mineral dust effects in West Africa
Steadysun is taking part in the NETWAT (NExus ClimaTe – WATer – Energy) research project. This project aims at developing technological solutions to foster the integration of photovoltaic (PV) production in West Africa without compromising the sustainability of water resource management; a major issue in this region which records the highest atmospheric dust load in the world.
Our forecasts contributed to supplying the Tahiti island with 100% renewable electricity for one hour on September 11
EDT ENGIE uses our intraday forecasts up to 12 hours ahead for energy dispatch scheduling (diesel gensets, hydropower, storage), and intra-hour forecasts up to 10 minutes ahead to manage spinning reserves in real-time. Last September 11, forecasts even helped EDT ENGIE supply the Tahitian grid with 100% renewable energy for one hour.
Steadysun organises a roadshow in Australia to answer your issues about solar energy variability
As a plant manager, project developer and grid operator, you may have questions about how to increase your productivity or facilitate the integration of solar energy? Steadysun organises a road show from September 5 to 16 in Australia to understand your electric supply issues.
Evaluate and anticipate solar energy variability on insular system
Are you a grid operator looking to solve the solar variability issue? Are you a developer of solar power plants in insular regions and want to minimize your penalties? This webinar will provide an opportunity to understand how solar production forecasting is a reliable solution to reduce the carbon footprint while ensuring security of supply.
Thank you to Frédéric Storck, and to all the members of the strategic steering committee for our integration among the members of the INES.2S
Thank you to Frédéric Storck, and to all the members of the strategic steering committee for our integration among the members of the INES.2S Energy Transition Institute consortium. Joining this governance group will allow for close collaboration, in our common goal of accelerating the energy transition.
MoNuTeR project: Better forecasting solar production to reduce costs of variability
The MoNuTeR project allows to optimize the quality of photovoltaic (PV) production forecast for the current and coming days, thus improving power dispatch as well as spinning reserves and storage systems management in real-time.
Improve your solar power plants profitability thanks to weather forecasting
This webinar will provide an opportunity to understand, how to divide by 2 the penalties applied by the transmission system operators. How to optimize your storage system sizing. And finally, how to increase your income by injecting more solar energy into the grid.
Steadysun supports “Générale du Solaire”on four solar power plants ground mounted and roof mounted
In order to meet the challenges of integrating solar energy into the electricity grid of non-interconnected areas, Générale du Solaire is deploying Steadysun’s solar forecasting solutions on four solar power plants on the ground or on the roof with storage systems.