Factory ESS planning

Factory Energy Storage System for Peak Shaving and Backup

Factories often combine high demand peaks, production schedules, motor loads, solar generation, and critical backup needs. A factory ESS should be reviewed from interval load data, production constraints, transformer capacity, backup priorities, and site installation conditions.

Application

Factory energy storage system

Use cases

Peak shaving, backup, solar self-use

Key data

Load profile and production schedule

Product route

C&I ESS cabinet

Map the factory load profile

Factory storage sizing should start with measured load data and production timing. Large motors, compressors, furnaces, pumps, HVAC, and process equipment can create short peaks that require a different power-to-energy ratio than office or retail loads.

  • Provide interval load data and production schedule by shift.
  • Identify critical loads that require backup and non-critical loads that can be shed.
  • Confirm transformer capacity, grid contract, tariff rules, and expansion plans.

Installation and safety review

The quotation should define cabinet location, outdoor rating, cooling method, fire protection, access for service, crane or forklift route, electrical boundary, monitoring, and local documentation requirements.

Frequently asked questions

Selection questions

What factory data is needed before sizing ESS?

Send interval load data, tariff rules, critical load list, production schedule, transformer capacity, backup needs, site country, and available installation space.

Can a factory ESS reduce demand charges?

Yes, when peak events are predictable enough and the PCS, usable kWh, EMS logic, and metering support peak shaving.

Can the same system support solar self-consumption?

Yes, if PV generation, load timing, battery capacity, and EMS priorities are reviewed together.