PEAK SHAVING & LOAD SHIFTING
Voltic EMS works with battery storage to cut peak demand charges and shift energy use to cheaper time windows - automatically.
The result: lower energy bills, better use of solar, and more charging capacity without grid upgrades.

PEAK SHAVING
When your site approaches a defined power limit, the battery kicks in to cover the excess - so the grid never sees a spike. This directly reduces demand charges, one of the biggest line items on commercial energy bills.
You set a maximum power cap for your site - say 150 kW. When total consumption gets close to that limit, the battery covers the difference so your grid draw stays flat.
Once demand drops back down, the battery stops and recharges - ready for the next spike.
You define a peak power limit - for example, 150 kW from the grid
When consumption approaches the limit, the battery starts discharging to cover the excess
Once demand drops, the battery stops discharging and recharges for the next spike
The grid never sees a peak above your defined threshold - your demand charges stay flat
LOAD SHIFTING
Instead of drawing from the grid when electricity is most expensive, the system uses stored energy or delays charging to shift consumption to off-peak windows - reducing costs and making better use of solar generation.
The battery charges when electricity is cheap - overnight or during peak solar - and releases that energy when rates go up. Your site stays powered without paying top price.
EV charging sessions can also be timed to hit the cheapest windows automatically.
The system tracks energy prices and tariff windows throughout the day
The battery charges when electricity is cheapest - overnight or during solar peaks
During expensive hours, stored energy powers the chargers instead of the grid
Charging sessions are timed to match the cheapest available windows automatically