Energy Storage
51.2V residential, rack, wall and floor-mounted systems; scalable options for solar, generator and hybrid applications.
Explore ESS ↗
ENGINEERED FOR RELIABLE POWER
Battery systems built
around your application.
Custom LiFePO4 PACK solutions for energy storage, UPS, telecom and industrial equipment — from system matching and BMS communication to controlled production.
5,000m²Manufacturing facility
30–50MWhAnnual capacity*
3PACK production lines*
30+Export markets*
MORE THAN A BATTERY SUPPLIER
A practical engineering partner for project-based power.
Off-the-shelf batteries do not solve every integration problem. ZHGPOWER develops battery systems around the equipment, operating environment, communication requirements and target quantity.
Our battery business began in 2007, with a manufacturing base established in 2012. Today we support prototyping, small-batch customization and volume production for global B2B projects.
How we engineer a solution →UPS & Telecom
48V telecom backup and 384V / 480V UPS battery architectures with communication integration.
Explore backup power ↗Industrial Batteries
Battery PACK development for AGV, AMR, forklifts, robotics, medical and specialized equipment.
Explore industrial ↗Lead-Acid Replacement
12.8V and 25.6V LiFePO₄ platforms designed for higher usable energy and application-specific BMS options.
Explore replacement ↗PRODUCT PLATFORMS
Start with a proven platform.
Configure for the project.
Filter by application. Final specifications, cycle-life conditions and documentation are confirmed against the exact model and system configuration.
ENERGY STORAGE
51.2V ESS Platforms
Wall, rack and floor-mounted LiFePO₄ systems with CAN / RS485 communication.
- Energy
- 5.12–16.08 kWh
- Capacity
- 100–314 Ah
- Options
- Wall · Rack · Floor
48V
RACK
RACK
BACKUP POWER
Telecom & UPS Batteries
48V / 51.2V rack batteries and high-voltage architectures for reliable backup systems.
- Communication
- CAN · RS485 · RS232
- System range
- 48V–480V
OEM
ODM
ODM
CUSTOM ENGINEERING
Industrial Battery PACK
Electrical, mechanical and communication design for equipment manufacturers and integrators.
- Applications
- AGV · AMR · Forklift
- Integration
- BMS · Enclosure · Protocol
DROP-IN PLATFORM
Lead-Acid Replacement
Compact 12.8V / 25.6V LiFePO₄ options for backup, mobility and equipment applications.
- Voltage
- 12.8V · 25.6V
- Range
- Multiple capacities
* Capability and product figures are based on supplied company
materials. Model parameters, capacity, cycle life and compliance
documents must be confirmed in the approved quotation and datasheet.
APPLICATION ENGINEERING
Integration is where the real work begins.
Voltage compatibility alone does not prove closed-loop communication compatibility. We evaluate the equipment, firmware, protocol, operating profile and environment before recommending a configuration.
CANRS485UARTMODBUS
-
01
Define the application
Load profile, system voltage, runtime, operating environment, installation space and target quantity.
-
02
Match the electrical system
Cell platform, series/parallel architecture, current limits, protection strategy and thermal requirements.
-
03
Integrate communication
Inverter or UPS model, firmware, CAN/RS485 protocol, cable pin definition and remote monitoring.
-
04
Prototype & controlled test
Sample build, charge/discharge validation, protection tests and compatibility testing when required.
-
05
Release for production
Approved BOM, drawings, labels, settings and quality checkpoints before volume manufacturing.
MANUFACTURING & DELIVERY
Built with process visibility.
From cell matching and PACK assembly to aging, final inspection and export packing, each stage has a defined quality objective.
Incoming inspection→Cell matching→PACK assembly→Functional test→Aging & final inspection
QUALITY & DOCUMENTATION
Clear evidence, matched to the exact model.
Compliance is not a logo wall. Available documentation varies by model, configuration and destination market. We help customers identify the documents needed for the product and shipping route.
UN38.3MSDSIECTransport reportsRoHS / REACH*
* Available where applicable. Confirm report number, model scope, validity and destination requirements before order release.
Production quality checkpoints
- 01Incoming materialsCell, BMS and key-material verification
- 02Cell matchingCapacity, voltage and internal-resistance control
- 03Assembly controlsWelding, wiring, insulation and structure
- 04Functional validationProtection, communication, charge/discharge
- 05Aging & final inspectionPerformance verification before shipment
PROJECTSUPPORT
AFTER-SALES SUPPORT
A defined path from issue report to closure.
When a problem is reported, the goal is a named contact, a clear evidence list, predictable response targets and a documented closure — not premature blame.
1Log & prioritizeSafety status, order and
serial number
2Remote diagnosisSettings, wiring, logs and
electrical data
3Test & assessControlled test or part-swap
plan
4Resolve & closeWritten remedy and
restoration confirmation
START A PROJECT
Tell us what the battery needs to do.
Share the application, load profile, system voltage, communication requirements and quantity. Your inquiry will be sent directly to our project team for review.
Download company profile ↓BUYER QUESTIONS
Useful answers before the first quotation.
Can you confirm compatibility with our inverter or UPS?+
We review the exact equipment model, firmware, battery profile, protocol and cable pin definition. Voltage alone is not enough to confirm closed-loop communication compatibility.
Do you support prototype and small-batch projects?+
Yes. The supplied company materials describe support from prototype and small-batch customization through volume production. MOQ and lead time are confirmed by configuration.
Which certificates are available?+
Documents may include UN38.3, MSDS, IEC-related documentation and transport reports for applicable models. The exact report, model scope and validity must be confirmed for each order.
How are warranty claims handled?+
Claims begin with order and serial identification, safety triage and a defined evidence checklist. Remote diagnosis comes first; responsibility and remedy are proposed in writing based on the evidence and contract terms.