Industrial storage: the second leg of the energy transition.

Europe has enough solar. The constraint is no longer megawatts but minutes — how long the grid can absorb a midday surplus, how quickly it can respond to a ramp. Utility-scale generation without matched storage is now a deflationary asset: every additional GWp pushes midday prices closer to zero and erodes the merchant tail of the plants already in the ground.

Industrial battery storage inverts that equation. A 1 MW / 4 MWh system earns on spread, not on production: it buys cheap midday and sells in the evening ramp, participates in frequency response, and arbitrages across day-ahead and intraday. Revenue is merchant, but it is merchant in a market whose volatility is structurally increasing.

The institutional thesis is not "storage versus solar" — it is storage as the missing complement that rescues solar economics. Our flagship project co-locates a >1 MWp PV array with a 4,072 kWh battery under a single grid connection; commissioning 2026. The economics are meaningfully better than either asset stand-alone. That is the pattern we expect to repeat.