Home / Products / Energy Storage / Industrial Energy Storage System

A front-facing view showing two large, white industrial electrical or battery storage cabinets sitting on black bases. The cabinet on the left features a control panel with indicator lights and a protruding, door-mounted cooling unit. The cabinet on the right is a simpler double-door design with vertical ventilation panels.

Electrical Cables

Industrial Energy Storage System

Rack-mounted and containerized LFP battery energy storage systems for C&I and utility-scale applications. 100kWh to MWh scale, peak shaving, backup power and grid stabilization, IEC 62619 / UL9540 certified.

KEY FEATURES

MOQ / Project-based

Lead Time / 15-30 days

Supply / B2B / Wholesale

Origin / China

Product Overview

Industrial battery energy storage systems (BESS) store electrical energy from the grid or renewable sources and discharge it on demand. For commercial and industrial users, the primary applications are peak shaving to reduce demand charges, backup power for critical loads, and integration with solar or wind generation for self-consumption.

RichingPower supplies LFP-based industrial BESS in rack-mounted format for smaller capacity requirements and containerized format for large-scale installations. All systems include an integrated BMS, thermal management, fire detection and AC/DC protection. Container systems include HVAC, lighting and remote monitoring as standard.

Systems are delivered as complete, pre-tested units ready for site installation. Custom capacity, voltage configuration and communication protocol are available for project-specific integration requirements.

Why LFP for Industrial BESS

Long Cycle Life
>6,000 cycles at 80% DOD — 3× longer than NMC, lower lifetime cost
Thermal Stability
No thermal runaway under normal operation — lower fire risk for indoor installation
No Cobalt
Cleaner supply chain, better ESG compliance for international projects
Wide Temperature Range
–20°C to +60°C operation, heating option for cold climates
Parameter Specification
Cell ChemistryLFP (LiFePO₄)
Capacity Range100kWh – MWh scale (scalable by module)
System Voltage192V / 384V / 768V DC
Cycle Life>6,000 cycles at 80% DOD (25°C)
Round-trip Efficiency>92%
BMSActive balancing, SOC / SOH monitoring, cell-level protection
Enclosure Options19-inch rack / 20ft container / 40ft container
Thermal ManagementAir cooling (rack) / HVAC (container)
Fire ProtectionAerosol or FM200 suppression system (container)
CommunicationCAN, RS485, Modbus, SCADA / EMS integration
Operating Temperature–20°C to +55°C (with heating option for cold climates)
CertificationsIEC 62619, UL9540, CE, UN38.3

Industrial BESS supplied by RichingPower are certified to the following standards. Please specify required certifications and destination country when submitting an enquiry.

IEC 62619
Safety requirements for secondary lithium cells and batteries for use in industrial applications.
UL9540
Standard for energy storage systems and equipment — required for US and North America projects.
UL9540A
Test method for evaluating thermal runaway fire propagation in battery energy storage systems.
CE Marking
European conformity for energy storage systems sold into EU and EEA markets.
UN38.3
Transport testing for lithium batteries — required for international shipping.
IEC 62933
Electrical energy storage systems — planning, performance and safety requirements.

Industrial BESS are deployed wherever large-scale energy storage can reduce costs, improve reliability or enable renewable energy integration. System sizing depends on peak demand, daily energy throughput and target backup duration.

Peak Shaving
Reduce demand charges by discharging during peak demand periods — significant cost savings for factories and commercial facilities with high peak-to-average load ratios.
Backup Power
Critical load backup for data centers, hospitals and manufacturing facilities — provides seamless power during grid outages without the emissions and noise of diesel generators.
Solar Integration
Store excess solar generation during peak production and discharge during evening demand — maximizes self-consumption and reduces grid export at low feed-in tariff.
Grid Stabilization
Frequency regulation, voltage support and ancillary services for utility operators and grid operators managing renewable energy integration.
Microgrid Projects
Island mode capable microgrids for remote communities, industrial parks and campuses — combined with solar and diesel for fully autonomous power systems.
Time-of-Use Arbitrage
Charge during low-tariff off-peak periods, discharge during high-tariff peak periods — reduces electricity procurement cost for large commercial and industrial consumers.

Request a Quotation

Send us your load profile and project details. Our team will recommend a suitable BESS configuration and provide indicative pricing within 24 hours.

What to include in your enquiry:

Application — peak shaving, backup, solar integration or grid service
Required storage capacity in kWh or MWh
Peak discharge power in kW
Target backup duration (e.g. 2 hours, 4 hours)
Enclosure preference — rack or container
Required certifications — IEC 62619, UL9540 or other
Destination country and installation environment

We reply within 24 hours with a recommended configuration and indicative pricing. Load profile data helps us prepare the most accurate sizing recommendation.

Send Enquiry

Contact us via the enquiry form or WhatsApp for a faster response.

Go to Enquiry Form → WhatsApp Us
✓ Reply within 24 hours
✓ BESS sizing assistance included
✓ 100kWh to MWh scale
✓ B2B / Project supply
Scroll to Top