Storage for peak shaving
In peak shaving, the storage system delivers energy exactly when the business briefly needs high power. This reduces the maximum power drawn from the grid.
In peak shaving, the storage system delivers energy exactly when the business briefly needs high power. This reduces the maximum power drawn from the grid.
The starting problem
Load peaks arise from machine starts, refrigeration, compressors, pumps, charging points, drying or simultaneous loads. They can drive up demand charges or overload grid connections.
How a storage system can help
The EMS monitors grid consumption. When the business exceeds a threshold, the storage system discharges and reduces the power drawn from the grid. For peak shaving, kW often matters more than kWh.
Key planning factors
- maximum peak power
- desired grid demand threshold
- duration and frequency of the peaks
- charging window between peaks
- demand charge
- storage power
- EMS control speed
Matching Speichercampus products
The OmniCube A215 with 105 kW as a strong base; the Elecnova E101WX for smaller loads; the E261LP and container solutions for larger peaks; PotisBank for MW-scale requirements.
When caution is advised
Caution is advised when load peaks are long or very frequent — the charging window between peaks is then too short to recharge — or when the site’s demand charge is too low to carry the investment.
CTA
Have your load profile analysed
Matching products
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LONGi LONGi OmniCube A215 Integrated DC flexibility system for commerce and industry: 215 kWh, 105 kW, optional STS for grid/island operation and direct PV connection via MPPT.
215 kWh · 105 kW
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Elecnova Elecnova ECO-E101WX All-in-one air-cooled storage cabinet: 101 kWh, 100 kW with 1P fast charging — expandable in parallel on the AC side.
101 kWh · 100 kW
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Elecnova Elecnova ECO-E261LP-2A All-in-one liquid-cooled storage cabinet: 261 kWh, 125 kW on a 1.4 m² footprint, with a cell temperature spread below 3 °C.
261 kWh · 125 kW
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LONGi LONGi PotisBank L5.0 Liquid-cooled utility-scale ESS in a 20 ft container: 5.0 MWh DC block with the ICCS safety system for grid-scale storage projects.
5 MWh