Greater Flexibility
and Cost Efficiency

A battery storage system lets you make the most of your PV system’s surplus energy — increasing efficiency and reducing energy costs.
Battery storage is also valuable without a PV system: it allows you to take advantage of dynamic electricity tariffs, and reduce peak demand, helping to ease stress on the power grid. Battery storage systems contribute to a more sustainable energy supply in commercial operations.

LARGE-SCALE STORAGE SYSTEMS:

A large-scale storage system is essentially a giant battery
capable of storing electricity at a commercial scale.
It stores surplus energy from renewable sources such as
wind and solar, and releases it when demand is high.

Why are they important?

Balancing fluctuations: The production of renewable energy is subject to natural fluctuations
(e.g. wind strength, sunlight). Large-scale storage systems help smooth out these fluctuations and ensure a stable power supply.
Peak shaving: During periods of high demand — such as in the evening — they can quickly deliver power,
easing pressure on the grid.
Grid stability: These systems enhance overall grid stability by responding rapidly to changing supply and demand conditions.

SUBSTATION:

A substation is a facility that converts electricity from one voltage level to another.
This is essential for transporting electricity over long distances and distributing it to end users.

Why are substations necessary?

Energy transmission: High voltage is more efficient for the long-distance transport of electricity, while lower
voltages are required for local distribution to homes and businesses. Substations enable this transition.
this transition.
Grid integration: They connect different parts of the grid, ensureing a smooth energy flow across the network.
Network protection: Substations contain protective circuits that protect the grid from overloads and short circuits.

Note: For battery systems above a certain capacity, grid operators may require the integration of a dedicated substation.