Increase in Available Grid Capacity

In many industrial parks and existing production facilities, expanding production capacity is constrained by available power capacity. Increasing the allocated capacity from the grid operator often entails long lead times, substantial capital investments, or technical grid constraints.

An Energy Storage System (ESS) enables the facility to increase its available power capacity without the need for grid infrastructure upgrades.

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Mitigation of Short-Term Load Spikes

In various industrial processes, high power is required only for brief periods:

during the start-up of high-power electric motors
during the operation of furnaces, compressors, or welding equipment
during the simultaneous energization of multiple energy-intensive loads

The ESS buffers these short-term power spikes, preventing the facility from exceeding the maximum demand limit set by the grid operator.

Deferral of Grid Infrastructure Upgrades

Utilizing energy storage systems enables the facility to:

avoid costly increases in connected capacity
defer upgrades to transformer substations
reduce costs associated with expanding the internal electrical network

This is particularly relevant for facilities located in grid-constrained areas or at remote industrial sites.

Flexible Production Expansion

An Energy Storage System (ESS) accelerates the commissioning of new production lines and enables production expansion without waiting for grid infrastructure upgrades. As energy demand grows, the storage capacity can be scaled up by adding modules.

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