Vind AI has launched a new digital platform designed to help developers design and assess hybrid renewable energy projects combining wind, solar and battery storage.
The company said the platform, called Solar & Battery, enables developers to evaluate system design, energy yield and financial performance for co-located projects within a single integrated environment.
According to Vind AI, the software connects directly with its existing onshore wind analysis system, allowing developers to assess wind, solar and battery configurations together at both project and portfolio level.
The company said the platform replaces traditional spreadsheet-based workflows by automatically updating yield forecasts and financial metrics such as internal rate of return and levelised cost of energy when key parameters are adjusted, including turbine layout, solar capacity or battery sizing.
Vind AI said Solar & Battery is currently available to a closed group of partners, with early access for a wider group of developers expected to begin in the second quarter of 2026.
“Hybrid parks introduce system-level complexity that traditional spreadsheet workflows were never designed to manage,” said Helene Bøhler, chief executive officer of Vind AI.
“By enabling wind, solar and battery to be assessed together in a collaborative, automatically updated platform, we give development leadership real-time financial clarity at the stage where it can still shape capital allocation,” Bøhler added.
Anne Holm, project developer at Wind Estate A/S, said changing market conditions in Nordic power markets are increasing the need for tools that can evaluate complex hybrid energy systems.
“Nordic power markets are undergoing historic change, where widening price gaps, significant increase in volatility, and political uncertainty dominate,” Holm said.
“Renewable energy projects are not just about adding production capacity—they’re about optimising revenue streams and grid capacity, and reducing risks and lowering operational costs. The ability to evaluate hybrid projects with this complexity is a key focus for us to make smart, transparent decisions.”
