Battery Capacity
2507kWh
LFP / 314Ah cells in a 6P416S configuration, rated at the DC side (BOL).
DC Voltage Platform
1500V DC
Rated 1,331.2V, operating range 1,164.8–1,497.6V.
Discharge Rate
0.5P
Maximum P-Rate sized for 2–4 hour applications.
Container Form Factor
10.26ft
3,420 × 2,438 × 2,896 mm, 22,500 kg, IP54 & C4 anti-corrosion.
Overview
The H098-LC2.5KWH is a 2.507MWh containerized energy storage system built for commercial, industrial and utility-scale applications. It integrates LFP/314Ah battery cells in a 6P416S configuration with a 1500V DC high-voltage platform, delivering high energy density and high charge/discharge cycle efficiency in a single 10.26-ft footprint.
One 10.26-ft container delivers 2,507kWh at the DC side, with 0.5P maximum discharge covering 2–4 hour applications.
High energy density in a standard footprint
High-efficiency LFP/314Ah cells in a 6P416S configuration, rated 1,331.2V with a 1,164.8–1,497.6V operating window.
High charge/discharge cycle efficiency
Precise cell-level temperature control keeps the pack consistent and extends service life.
High consistency across the whole system
Cluster-level isolation, active ventilation, fire and explosion protection — a full protection chain from cell to system.
Optional deflagration panel available
SOC automatic correction and intelligent fault diagnosis make the system easy to maintain over its whole life.
Modbus TCP / IEC 61850 / IEC 104 over Ethernet
IP54 protection, C4 anti-corrosion (C5 optional), wind/snow/earthquake resistant, operating from −25 °C to 50 °C at up to 3,000 m altitude.
Plug-and-play modular design — easy to transport, install and expand
Key Advantages
From cell chemistry to container engineering, every layer of the H098-LC2.5KWH is chosen to raise efficiency, safety and uptime — and to make deployment as fast as possible.
314Ah LFP cells in a 6P416S configuration pack 2,507kWh into a single 10.26-ft container.
A 1,331.2V rated battery bank reduces current, cabling losses and balance-of-system cost.
High charge/discharge cycle efficiency means more of the stored energy reaches your load.
Each battery cluster is isolated, so a fault stays contained and does not propagate across the system.
Aerosol fire suppression with smoke and temperature detection, flammable-gas-detected ventilation and a dry pipe sprinkler; deflagration panel optional.
Intelligent fault diagnosis with SOC automatic correction keeps the system healthy and service simple.
Liquid cooling holds every cell in its ideal temperature window, in summer heat and winter cold alike.
Uniform cell temperatures keep the 416S string balanced, protecting capacity and cycle life.
Consistent thermal conditions translate directly into predictable, dependable daily cycling.
Sealed against dust and water ingress and structurally rated against wind, snow and seismic loads.
Full operation from hard frost to high heat, with de-rating management above 45 °C.
Default C4 coating with C5 optional, so the same container serves coastal, desert and high-altitude sites.
Battery racks, liquid cooling, fire suppression and EMS integration are pre-installed and tested in the factory.
On site it needs a foundation, cable connection and grid tie — commissioning takes days instead of months.
Standard 10.26-ft shipping envelope with standard hoisting points; add containers to scale the plant.
Specifications
Complete technical parameters for the 2.507MWh liquid-cooled container. Need a stamped datasheet for tender submission? Request it via the form at the bottom of this page.
| Item | H098-LC2.5KWH |
|---|---|
| System | |
| System Model | H098-LC2.5KWH |
| Battery Cell Type | LFP / 314Ah |
| Battery Configuration | 6P416S |
| Battery Capacity at DC Side (BOL) | 2,507kWh |
| Maximum P-Rate / Discharge Duration | 0.5P / 2–4 hours |
| Electrical | |
| Battery Rated Voltage | 1,331.2V (1500V DC platform) |
| Voltage Range | 1,164.8–1,497.6V |
| Communication Interface | Ethernet |
| Communication Protocol | Modbus TCP, IEC 61850, IEC 104 |
| Mechanical & Environment | |
| Container Size (W×D×H) | 3,420 × 2,438 × 2,896 mm (10.26 ft) |
| Container Weight | 22,500 kg |
| Container Colour | RAL 7035 |
| Operating Temperature Range | −25 °C ~ 50 °C (>45 °C de-rating) |
| Relative Humidity | 5%–95% |
| Highest Working Altitude | 3,000 m |
| Thermal & Safety | |
| Temperature Control Method | Liquid cooling |
| IP Level | IP54 |
| Anti-corrosion | Default: C4; Optional: C5 |
| Fire Suppression System | Aerosol, smoke and temperature detector, ventilation with flammable gas detector, dry pipe fire sprinkler; optional deflagration panel |
| Compliance | |
| Compliance Standard | IEC 62619, IEC 62933, IEC 62477-1, IEC 61000-6-2&4, UL 9540A, UN38.3 |
Specifications are subject to the documents shipped with each unit. Certifications can be provided on request to meet specific regional grid and project requirements.
Applications
Megawatt-hour storage in a standard shipping envelope — whether you need peak shaving for a factory, renewable firming for a solar plant or backup power for an industrial park, the H098-LC2.5KWH can be configured to match your project.
Cut demand charges and relieve transformer capacity pressure by shifting load into cheaper hours.
Smooth PV output, store midday excess and release it when it is worth more.
Keep entire parks and production lines running through grid outages and tariff peaks.
As a professional energy storage manufacturer, Huada supports OEM/ODM cooperation — capacity, container layout, communication protocols and branding can all be customized. Explore our 315kWh and 215kWh cabinet systems for smaller C&I sites, or contact us for a tailored solution.
Packing & Delivery
The container leaves the factory fully pre-tested. On site it needs a prepared foundation, cable connection and grid tie — our team supports acceptance.
Capacity, grid connection and site conditions confirmed against your load profile and local tariff structure.
Scheduled per project
Built to the confirmed configuration, with cell and module batch records kept on file.
Scheduled per project
Every unit completes full-function FAT testing before shipment, with multiple QA re-tests.
Completed pre-shipment
Reinforced packing plus standard hoisting points, suited to sea and land transport.
Standard export packing
Shipping documents and parameter sheets travel with the unit; we support customs clearance and site acceptance.
Per shipping schedule
On-site wiring and grid connection, then onboarding to the EMS for remote monitoring over Modbus TCP / IEC 61850 / IEC 104.
Depends on site conditions
FAQ
The questions we are asked most often about this containerized energy storage system.
Get a Quote
Share your site type, location and approximate load, and we will come back with a capacity recommendation and a quotation.
Who We Are
Huada New Energy (Huizhou Huada Technology Co., Ltd.) is a professional energy storage manufacturer with a complete product portfolio — portable power stations, household energy storage systems and commercial & industrial (C&I) solutions. Starting from lead-acid battery production, we have grown into an advanced lithium technology manufacturer.
We are backed by multiple invention patents, utility model patents, design patents and High-Tech Enterprise certification. With a professional R&D team, modern production facilities and a global energy monitoring data center, we provide reliable OEM/ODM services for customers worldwide.
Advanced lithium battery manufacturer, upgraded from lead-acid production.
Reliable OEM/ODM services for customers worldwide.
Global energy monitoring data center for after-sales support.
High-Tech Enterprise certification with a full patent portfolio.
