Residential
Solar battery storage systems for installers: self-consumption, backup circuits and time-of-use shifting with app monitoring.
5-30 kWhBattery Energy Storage Systems for Home, C&I and Grid
LiFePO4 battery storage engineered and built in our own 42,000 m2 factory: wall batteries from 5 kWh, commercial cabinets to 2 MWh and containerized BESS to 5 MWh, delivered with BMS, EMS and grid paperwork done right.
- 6,000+
- cycles at 80% DoD
- 30-45
- days to shipment
- 10-yr
- performance warranty
- 0storage shipped since 2013
- 0countries with our systems on grid
- 0projects, residential to utility scale
- 0field failure rate across installed base
Energy Storage Systems We Build
Every system ships as a matched set: LiFePO4 cells from tier-one lines, our own BMS, and enclosures rated for the site it will actually live on.
Containerized BESS
2.5 to 5 MWh per 20 ft unit, liquid cooled, pre-commissioned before it leaves the yard.
2.5-5 MWh / 1500 V
Wall Home Battery
Slim indoor or garage mount for solar self-consumption and backup.
5-15 kWh / IP65
Stacked Tower
Modular floor tower that grows 5 kWh at a time as loads grow.
10-30 kWh
C&I Cabinet
Outdoor cabinet for peak shaving and demand charge control at plants and depots.
100-400 kWh
HV Rack System
19 in rack modules for integrators building their own enclosures.
50-200 kWh stringsStorage Solutions for Every Scale
The same cell, BMS and firmware platform runs from a garage wall to a grid substation, so your service team only learns one system.
Commercial & Industrial
Peak shaving, demand response and solar pairing for factories, cold stores and EV fleet depots.
100 kWh-2 MWh
Utility & Grid
Grid scale battery storage for frequency response, capacity firming and solar plus storage plants.
5-200 MWh
Off-Grid & Telecom
Island microgrids, mine camps and telecom towers where diesel runtime is the cost to beat.
10 kWh-1 MWhWhy Integrators Choose ENERSTACK
EPCs and distributors stay because the systems bank test hours before they ship and the paperwork holds up in front of the utility.
Cell-to-System Traceability
Every pack maps to cell lot, test log and firmware build. One serial number pulls the whole history.
UL 9540A Tested Design
Modules pass UL 9540A unit level burn testing, with IEC 62619, UN38.3 and CE on the system.
Own BMS and EMS Stack
Three-level BMS plus site EMS with Modbus, CAN and IEC 61850 so it talks to any inverter or SCADA.
6,000 Cycle LiFePO4
Grade A prismatic cells cycled to 6,000+ at 80% DoD, backed by a 10 year performance warranty.
Grid Code Engineering
We pre-configure to your market: UL 1741 SB, G99, VDE-AR-N 4105, AS/NZS 4777.2 profiles on file.
48-Hour Engineering Reply
Sizing calcs, single line diagrams and datasheets come back from an engineer, not a sales inbox.
From Load Study to Grid Connection in Five Steps
One project engineer owns your order from the first load profile to the witness test, and you see the data at every gate.
- 01
Load Study
Send interval data or bills. We size capacity, power and duty cycle against your tariff.
- 02
System Design
Single line diagram, layout and grid application pack issued for your sign-off.
- 03
Build & Test
Packs cycle on the bench, full system burn-in with your charge profile loaded.
- 04
Ship & Install
DDP or FOB with UN38.3 dangerous goods files, install supervised remotely or on site.
- 05
Commission
Witness test against the grid code, EMS handover and warranty registration.
Have a load profile or an RFQ on your desk?
Send it over: sizing, budget pricing and lead time come back within 48 hours.
Projects We Commissioned This Year
Three deliveries that show the span of one platform: a grid support plant, an island microgrid and a residential distribution program.
Grid Support Plant
Four 5 MWh containers on ERCOT ancillary duty, from PO to energization in 26 weeks.
Island Microgrid
Solar plus storage cut a resort island's diesel burn 78% in the first quarter of operation.
Installer Program
Private label wall batteries for a regional installer network, VDE-AR-N 4105 pre-configured.
A BESS Factory Built for Export
42,000 m2 in Suzhou running module assembly, pack lines and container integration under one roof, with 2 GWh annual capacity and our own environmental test chambers.
- 2 GWhannual pack capacity
- 100%packs cycled before packing
- 72 hsystem burn-in minimum
- 380+staff, 46 in R&D
UL 9540AIEC 62619UN38.3CEISO 9001ISO 14001
Storage Notes for Buyers
Short technical reads written for the people specifying and importing storage, not for search engines.
Air or Liquid Cooling: Where the Crossover Actually Sits
Cycle depth, ambient and C-rate decide it. The rule of thumb we use when quoting C&I cabinets.
Shipping Lithium: UN38.3, Class 9 and Your Freight Quote
The documents your forwarder will ask for and the packaging choices that change the rate.
Reading a BESS Warranty: Cycles, Throughput and the Fine Print
Why two 10 year warranties are not the same, and the three clauses to compare first.
Frequently Asked Questions
If yours is not covered, put it in the proposal form and an engineer answers within one working day.
What is a battery energy storage system?
A battery energy storage system, or BESS, stores electricity in battery cells and releases it when you need it: at peak tariff hours, during outages or when solar production drops. A complete system pairs LiFePO4 battery packs with a battery management system, an inverter or PCS and an energy management system that decides when to charge and discharge.
How does a battery energy storage system work with solar?
Solar charges the batteries whenever generation exceeds load. The EMS then discharges the stored energy in the evening, during peak tariff windows or in an outage. Grid-tied systems can also charge from the grid at off-peak rates, while off-grid systems run the site directly with a generator as backup.
Are your battery energy storage systems safe?
We build exclusively with LiFePO4 chemistry, which is thermally stable and contains no cobalt. Modules pass UL 9540A unit level testing, systems carry IEC 62619 and UN38.3, and every unit ships with multi-level BMS protection, cell level fusing and, on containerized systems, integrated fire suppression.
What are your MOQ, lead time and payment terms?
Residential units start at 50 pieces for private label programs, C&I cabinets at one unit and containers at one unit. Standard lead time is 30 to 45 days after deposit. Terms are 30% down and 70% against the pre-shipment test report, with LC accepted on container orders.
Can you private label or customize systems for our market?
Yes. We run OEM programs covering enclosure color and branding, capacity variants, inverter pairing lists and firmware profiles for your grid code. Engineering samples ship in 3 to 4 weeks and we support your certification filings with test reports and documentation.
Request a Storage Proposal
Tell us the application, capacity and market. An engineer replies within 48 hours with sizing, budget pricing and lead time.
- Email2416915170@qq.com
- Phone / WhatsApp+86 159 6208 2932
- FactorySuzhou, Jiangsu, China