Assess your site
Commercial & Industrial Energy Storage

Unreliable power affecting production and operating cost?

Grid interruptions can force expensive DG operation, disrupt production and expose the plant to steadily rising fuel and energy costs.

Grid outage causing a factory to depend on a diesel generator
How BESS works

Store energy when it is available. Supply it when the plant needs it.

The BESS remains connected to the plant electrical system. Its operating logic responds to grid availability, facility load, critical-load priority, tariff conditions and available battery capacity.

Grid and solar charge the BESS during normal supply, while the BESS supports selected factory loads during outages or high-demand periods
01

Charge

Store available grid or solar energy under a defined charging schedule.

02

Monitor

The EMS tracks grid status, plant demand, battery limits and the selected operating objective.

03

Discharge

Supply selected plant loads during an outage, a demand peak or another approved operating condition.

Multiple charging sourcesAutomatic controlsSelected-load supportSite-specific operating logic
Applications

One storage system. Multiple operating objectives.

The final operating strategy is selected from your actual load profile, outage pattern, tariff structure, solar generation and electrical-system limits.

Peak-demand management

Use stored energy to limit the demand measured from the grid.

Illustrative operating curve

The BESS can limit grid demand above a selected threshold and, during a grid outage, continue supplying a defined critical-load block.

SELECTED DEMAND THRESHOLDBESS DISCHARGEGRID OUTAGESELECTED-LOAD SUPPORTOPERATING TIME →FACILITY DEMAND / POWERRequired facility loadGrid-supplied demandBESS dischargeGrid-outage period
Peak shaving above thresholdSelected-load outage supportSite-defined operating logic
DG

DG runtime reduction

Replace eligible diesel-generated energy with stored grid or renewable electricity during outages.

Renewable-energy utilisation

Store surplus solar generation and use it later when production demand is higher.

Power-quality support

Support power factor and voltage where the selected PCS configuration and available capacity permit.

Electricare's complete offering

One engineering partner—from energy audit to long-term operation.

We integrate the complete plant-side system, including BESS, PCS, EMS, LT/MV switchgear, transformer interface, protection and controls.

Energy audit

Load, outage, DG, tariff and infrastructure assessment.

Engineering

Power, energy, controls, protection and commercial sizing.

Manufacture & integrate

BESS, PCS, EMS, LV/MV switchgear and auxiliaries.

EPC & commissioning

Installation, testing, interlocking and performance validation.

Monitoring & O&M

Performance visibility, preventive service and support.

LV + MVIn-house switchboard capability
1.5 GW+Renewable-energy supply base
Single pointComplete electrical integration
LifecycleEngineering, EPC and O&M
Start with actual facility data

A preliminary assessment should be simple.

The first form asks only for information normally available with the owner, plant head or accounts team. Detailed electrical data can follow during the site audit.

Monthly electricity billsOutage frequency and durationDG ratings and diesel expenseExisting or planned solarDemand and tariff issuesPlanned load expansion
Facility information checklist
Take the first step

Let us identify where storage may create value at your facility.

Share preliminary operating information. Electricare will review the potential use cases and advise whether a detailed site audit is justified.

Request preliminary assessment
Reduce diesel dependenceProtect production continuityManage selected demand peaksAssess renewable-energy shifting