01 Overview
This 162.78kWh energy storage cabinet features long-cycle LiFePO4 cells, distributed precise BMS monitoring,
high-efficiency bidirectional PCS, integrated air cooling and triple-trigger fire suppression with neat standardized layout,
supporting grid/off-grid operation and PV matching for commercial peak shaving and remote backup power.
1. Superior System Performance
2. Standardized Integrated Cabinet Appearance
02 product Details
○ Cell solution
|
Nominal Capacity
|
314Ah
|
Nominal voltage
|
3.2V
|
|
Working voltage
|
2.5~3.65V
|
Working temperature
|
-20℃~+60℃
|
|
Storage temperature
|
-20℃~+35℃
|
Weight
|
5.6kg
|
|
Energy density
|
110Wh/Kg
|
Maximum charging current
|
314A
|
|
Maximum continuous discharge current
|
314A
|
Cycle life
|
≥6000 times
|
○ Overall architecture scheme of energy storage system
○ Module Scheme
|
Number
|
Item
|
Specification
|
Capacity
|
Capacity
|
| 1 |
Cell
|
314Ah,3.2V
|
314AH
|
2.5-3.65
|
| 2 |
Battery pack
|
18S
|
18.086KWh
|
45V~65.7V
|
| 3 |
Battery
cluster
|
9 packs
|
162.78KWh
|
405V~591.3V
|
| 4 |
Battery
stack
|
1 clusters
|
162.78KWh
|
405V~591.3V
|
| 5 |
Item
|
1 stacks
|
162.78KWh
|
-
|
○ Battery cabinet solution
Passive equilibrium scheme
Passive equalization parameters
Number of balanced paths
18
Equalizing current
100mA
MOS configuration method
External MOS
○ Primary diagram of energy storage cabinet
○ Energy Storage BMS
The energy storage lithium battery system should have a battery management system (BMS). The BMS is designed in accordance with GB/T34131-2017 to realize the overall control and protection of the energy storage battery stack and realize communication with PCS and EMS.
The BMS should realize the acquisition of high-precision and high-reliability battery cell voltage and temperature, and at the same time perform high-precision estimation of the state of charge (SOC) of the battery energy storage device, and realize the power balance between battery cells through the balance control circuit. In the event of abnormal battery data, a fault alarm and protection are triggered.
The main control unit BCU is the control core of the battery management system. It realizes the detection of battery cell voltage, temperature, etc. through communication with the slave control unit, and detects the external characteristic parameters such as the total voltage of the battery pack, charge and discharge current, and ground insulation resistance. , Estimate and monitor the internal state of the battery (capacity, SOC, SOH, etc.) according to an appropriate algorithm, and on this basis realize the charge and discharge management, thermal management,
insulation detection, monomer balance management and fault alarm of the battery pack.
○ Energy storage converter solution(PCS)
03 Main Advantage
Neat Standardized Cabinet Layout
Industrial gray cabinet with integrated 250A air switch and ordered busbar wiring. Classified internal component layout facilitates inspection, wiring and daily maintenance with compact overall dimensions.
High-efficiency External MOS Balancing
Adopts external MOS passive balancing with TVS anti-static protection. It enhances heat dissipation, avoids hot-swap interface damage, boosts balancing efficiency and maintains long-term cell consistency better than built-in MOS designs.
Independent Intelligent Air Cooling System
Custom air duct industrial air conditioner runs 24h continuously with multi-mode operation. It ensures small internal temperature difference, supports RS485 remote monitoring and auto-restart after power recovery without complex piping.
Triple-trigger Fire Suppression System
Built-in heptafluoropropane gas fire device supports automatic, manual and mechanical emergency startup. It targets container electrical fires and forms layered safety protection together with real-time BMS fault warning.
Why Choose Tenz energy?
Green Intelligence · Creating a Zero-Carbon Future
What We Deliver
We continuously upgrade core technologies to launch this 100kW/162.78kWh integrated container energy storage system equipped with dedicated air-cooled thermal management and triple-trigger heptafluoropropane fire suppression, delivering consistent power output and prolonging lithium iron phosphate cell cycle life over 6000 times.
Compatible with rooftop PV systems, it supports grid-tied and off-grid operation, perfectly meeting commercial peak shaving, photovoltaic energy matching and remote off-grid emergency backup power demands.
Rich Industry Experience & R&D Capability
As TENZ ENERGY, we supply durable, space-efficient 100kW/103kWh integrated energy storage solutions,
securing consistent, low-cost power for your commercial and industrial projects.
Full-Process Closed-Loop Quality Control
We conduct real-time data logging across every production stage of this integrated PV energy storage cabinet, covering battery cell screening, PACK assembly, high-voltage cabinet commissioning, BMS/EMS debugging and full aging testing. Real-time data capture delivers end-to-end full production traceability, allowing accurate source tracking and targeted resolution of any product quality abnormalities.
TENZ ENERGY implements closed-loop engineering change management throughout the product lifecycle, standardizing PR, ECR and ECN formal processes. Each 103kWh battery PACK inside the all-in-one cabinet carries unique identification, traceable to original cell batches, component sourcing records and complete factory test reports including thermal cycling, insulation and fire safety inspection archives.
Authoritative Global Export Certifications
Core Benefits of Cooperation
Flexible Customization & Strong Environmental Adaptability
We can customize this 100kW/162.78kWh container energy storage system to fit various project requirements, optimizing distributed BMS balancing logic, air cooling thermal control, triple-mode heptafluoropropane fire suppression and EMS linkage strategies. With a wide operating temperature range of -25℃~65℃ and support for up to 4000m altitude, the system operates stably in complex commercial and outdoor working conditions worldwide.
Reliable Compliance to Simplify Global Business
Complete UN38.3 and MSDS certifications are available for the cabinet and built-in battery packs, streamlining ocean freight and customs clearance. Our electrical and fire safety design conforms to worldwide energy storage norms, and we offer technical support for regional certifications to reduce your market access risks.
FAQ
1.Is it possible to expand capacity by connecting multiple cabinets?
Up to 3 units can be paralleled flexibly, expanding total power from 50kW to 300kW to satisfy growing industrial and commercial power demands.
02. How can we monitor the running status of this integrated cabinet?
It supports 4G, Ethernet and RS485 communication. Real-time data monitoring, early fault alerts and remote parameter adjustment are accessible via cloud platform.
03. Does the cabinet allow partial maintenance without full system shutdown?
Yes. The modular battery PACK design enables individual replacement. Maintenance can be carried out without shutting down the whole energy storage system.
04.What safety configurations are adopted to protect the battery system?
It is equipped with thermal runaway early warning, cabin-level fluoroketone fire suppression and intelligent balanced thermal control to prevent overheating risks during long-term operation.
Get in Touch With Us
We are excited to get to work with you. Please do not hesitate to contact us with any queries.
WhatsApp/Mobile: +8618975983437
Mail: Leeana.long@tenzenergy.com
Website: www.tenzenergy.com
Shenzhen Tianchi Zhichuang Tech Co, Ltd.
Hot Tags: 162.78KWh business energy storage, China 162.78KWh business energy storage manufacturers, suppliers, factory