For a factory, storage attacks the two costs that hurt most β the demand charge on your peak, and the production you lose every time the grid dips.
Two things on a factory bill do real damage. The first is the demand charge, set by your single worst 15- or 30-minute peak β one simultaneous start of big motors can define the charge for the whole month. The second is the cost of stoppages: a momentary voltage sag trips VFDs, PLCs and contactors, and restarting a line can cost a shift's output and scrapped work-in-progress.
On top of that, customers and regulators now want evidence of decarbonisation β RE100 commitments, Scope 1 and 2 reporting β which is hard to deliver when rooftop solar only offsets the day shift.
Discharge into your demand peaks to cap the billed maximum, flattening the half-hourly profile that sets your kVA/kW charge.
Sub-10ms switchover holds the line through dips and outages, protecting VFDs, PLCs and motors from the trips and restarts that cost real money.
Store rooftop generation to power evening and night shifts, pushing self-consumption past 80% and backing up your Scope-2 claims.
Charge on cheap off-peak energy and run on the battery through peak-tariff windows.
A liquid-cooled cabinet or bank sits behind the meter at your LT or HT panel. An energy-management controller watches both the demand window and the incoming supply, discharging on peaks and bridging dips automatically β no operator action required.
| Connection | Behind-the-meter, LT or HT panel |
| Mode | Peak-shave + dip/outage ride-through |
| Cooling | Liquid-cooled for daily cycling |
| Control | Demand / energy-management controller |
It depends on how peaky your load is β the spikier the profile, the bigger the saving. We analyse a few weeks of your half-hourly meter data and size the system to your specific peaks before quoting a number.
It can reduce reliance on both. For critical lines it acts as instant ride-through (where a genset is too slow), and it can shorten genset runtime. We map it to your existing backup rather than ripping it out.
For factories it's almost always behind-the-meter, optimising your own bill. We can also configure front-of-meter participation where your grid pays for services.
Most plants use the Cabinet 500; large or multi-line factories step up to the Container 5000.
Send us your load profile, tariffs and site details and we'll model exactly how a Hanum system performs and pays back for your operation β lease or buy.
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