Day-ahead optimization

A Covolt service technician next to three battery energy storage systems (BESS) at an outdoor site in Belgium

A battery system is only truly valuable if it charges and discharges at the right time—not just any time, but precisely when conditions are most favorable.

Energy Management as a Strategic Real Estate Issue

Grid congestion, electrification, and rising energy costs are forcing property owners to take a fresh look at their portfolios. Energy management is no longer a technical afterthought; it directly affects the value and marketability of your property.

Nomination, curtailment, and imbalance trading

If you own solar panels or a battery system that feeds energy back into the grid, sooner or later you’ll encounter terms like “nomination,” “curtailment,” and “imbalance trading.” They sound technical, but they all revolve around the same central question: How do you ensure that your system generates as much energy as possible without affecting the grid?

Optimization of Self-Consumption (Grid Balancing)

Installing a solar power system on the roof is one thing. But making the most of the energy it generates is another. Many systems feed excess energy back into the grid, while at other times energy is drawn from the grid.

Optimizing self-consumption solves this problem: by making smart use of a battery, as much of the surplus PV energy as possible is used locally right away.

Redispatch: Smart Control for the Electricity Grid

Our electricity grid is becoming increasingly complex. With the growth of solar panels, wind turbines, and electric cars, the way we produce and use electricity is changing dramatically. Sometimes there is too much electricity in certain places, while elsewhere there is a shortage. The electricity grid can then become congested when too much electricity has to pass through certain cables.

Smart energy control starts with data, but ends with insight

At Covolt, we control renewable energy installations:
solar panels, batteries and soon charging stations. The goal is to get maximum
efficiency from energy. We do this with smart algorithms that run
in the cloud and communicate with local Electric Control Units (ECUs). These
ECUs run on site at the installation