215kWh / 100kW · Commercial & Industrial BESS
A single air-cooled outdoor cabinet integrating a 215kWh battery and a 100kW power
conversion system — just 1910 × 1297 × 2414 mm on the ground.
Ideal for factories, shopping malls, hotels, EV charging plazas and office parks that
need to cut electricity bills, secure backup power and make full use of rooftop solar,
without the complexity of a containerized project.
Rated Energy
215kWh
Single-cabinet rated energy. The H098 series spans 50–315 kWh in five models.
Rated Power
100kW
Integrated PCS, 3P+N+PE output, 400V three-phase.
Ingress Protection
IP55
Fully sealed outdoor enclosure, ready for direct ground installation.
Discharge Temp.
−20~55°C
Discharging range. Charging range 0–50 °C.
Core Advantages
One cabinet removes on-site assembly. Air cooling removes liquid-cooling piping. Built-in MPPT removes external PV inverters. Every H098 advantage translates into less work on site and less money on the bill.
Battery, power conversion and energy management system sit in one enclosure, fully commissioned at the factory. On site you only run cables, connect to the grid and power up.
No separate PCS cabinet, no multi-vendor protocol integration
Air cooling keeps the structure simple, reliable and maintenance-friendly. There is no liquid-cooling loop, no coolant top-up and no leak risk, so both the O&M threshold and the long-term cost are lower.
Well suited to C&I sites without a dedicated O&M team
A built-in MPPT accepts up to 850V with a 200–950V working range, so commercial rooftop solar connects directly — pushing self-consumption higher.
PV charging and off-peak charging run in parallel
Charge on the off-peak tariff or from solar, discharge at peak. Monthly demand spikes are flattened, bringing down both demand charges and peak-rate energy costs.
Peak-valley arbitrage plus demand management
Track operating parameters, alarms and energy data from a phone or computer anywhere in the world. Local communication is RS485 / CAN.
No need to visit the site to read the meter
1910 × 1297 × 2414 mm and 2850 kg — under 2.5 m² per cabinet, which is friendlier to space-constrained commercial sites.
IEC 63056 / IEC 62477-1 / IEC 62933 and Malaysian SIRIM certified
System Topology
In a typical installation the H098 connects to solar, the grid, the cloud platform and your loads at the same time. The energy management system decides when to charge, when to discharge and when to hold reserve capacity — with no manual intervention.
01
Rooftop solar connects straight into the MPPT inside the cabinet. Maximum input voltage 850V, working range 200–950V; the H098-215kWh accepts up to 120kW of PV.
02
Charges through the electricity meter at low tariff during off-peak hours. Charge rate and time windows are scheduled automatically by the EMS according to the local tariff policy.
03
View every parameter from a phone or computer, with alarm push and historical data recall. Locally, the cabinet exchanges data with upstream systems over RS485 / CAN.
04
Discharges when electricity is expensive or the grid fails, supporting production equipment, air conditioning, lighting and EV chargers — avoiding downtime and lost charging sessions.
What’s Inside
The air-cooled outdoor enclosure packs the entire system into one unit, fully function-tested before it leaves the factory, ready to run on arrival.
Battery
215kWh rated energy, 280Ah rated capacity, 768V DC platform, voltage range 672–864V DC.
BMS
Cell-level and module-level monitoring, balancing and protection, reporting live status to the EMS and the cloud platform.
PCS
Bidirectional conversion, 100kW rated power, 138A rated output current, 3P+N+PE / AC400V / 50–60Hz output.
MPPT
Up to 120kW PV input, 850V maximum, MPPT working range 200–950V, load voltage range 650–750V.
EMS
Automatically decides charging, discharging and reserve capacity, running to peak-valley tariffs and demand targets.
Enclosure
IP55 protection, maximum altitude 2000m, 1910 × 1297 × 2414 mm, 2850 kg.
Specifications
One cabinet platform, five capacities. Size it to the load your site has today and scale up as consumption grows. The table below covers the complete H098 range.
| Item | H098-50kWh | H098-100kWh | H098-150kWh | H098-215kWh | H098-315kWh |
|---|---|---|---|---|---|
| Battery System | |||||
| Rated Voltage | 563.2V DC | 537.6V DC | 768V DC | 768V DC | 768V DC |
| Voltage Range | 440–642.4V DC | 420–537.6V DC | 600–876V DC | 672–864V DC | 672–864V DC |
| Rated Capacity | 90.9Ah | 200Ah | 206Ah | 280Ah | 412Ah |
| Rated Energy | 50.68kWh | 107.5kWh | 158kWh | 215kWh | 316.4kWh |
| Rated Charging Current | 45A | 100A | 206A | 140A | 206A |
| Rated Discharging Current | 45A | 100A | 206A | 140A | 206A |
| AC Side | |||||
| Rated Power | 25kW | 50kW | 100kW | 100kW | 200kW |
| AC Output Voltage | 400V (-20%~+15%) | 400V (-20%~+15%) | 400V (-20%~+15%) | 320–460V | 320–460V |
| Rated Input Voltage | 3P+N+PE; AC400V | 3P+N+PE; AC400V | 3P+N+PE; AC400V | 3P+N+PE; AC400V | 3P+N+PE; AC400V |
| Rated Output Voltage | 3P+N+PE; AC400V | 3P+N+PE; AC400V | 3P+N+PE; AC400V | 3P+N+PE; AC400V | 3P+N+PE; AC400V |
| Rated Frequency | 50Hz / 60Hz | 50Hz / 60Hz | 50Hz / 60Hz | 50Hz / 60Hz | 50Hz / 60Hz |
| Rated Output Current | 36.2A | 72.5A | 138A | 138A | 276A |
| PV Input | |||||
| Max. PV Input Voltage | 850V | 850V | 850V | 850V | 850V |
| Max. PV Power | 15kW+15kW | 38.4kW+38.4kW | 120kW | 120kW | 240kW |
| MPPT Working Voltage Range | 200–800V | 200–800V | 200–950V | 200–950V | 200–950V |
| MPPT Load Voltage Range | 450–750V | 450–750V | 650–750V | 650–750V | 650–750V |
| Mechanical & Environment | |||||
| Dimensions (W×D×H) | 191×900×1964 mm | 1228×1125×2084 mm | 1600×1247×2414 mm | 1910×1297×2414 mm | 2153×1297×2414 mm |
| Weight | 900kg | 1700kg | 2300kg | 2850kg | 3500kg |
| Max. Altitude | ≤2000m | ≤2000m | ≤2000m | ≤2000m | ≤2000m |
| Protection Rating | IP55 | IP55 | IP55 | IP55 | IP55 |
| Charging Temperature | 0 °C ~ 50 °C | 0 °C ~ 50 °C | 0 °C ~ 50 °C | 0 °C ~ 50 °C | 0 °C ~ 50 °C |
| Discharging Temperature | −20 °C ~ 55 °C | −20 °C ~ 55 °C | −20 °C ~ 55 °C | −20 °C ~ 55 °C | −20 °C ~ 55 °C |
| Communication | RS485 / CAN | RS485 / CAN | RS485 / CAN | RS485 / CAN | RS485 / CAN |
| Certification | |||||
| Standards | IEC 63056 / IEC 62477-1 / EN 61000-6 / IEC 62933-5-2:2020 / IEC 62933-2-1:2017 / RoHS 2.0 / UN38.3 / MSDS Also certified to Malaysian SIRIM (MyHIJAU Mark) | ||||
Specifications are subject to the documents shipped with each unit. For a stamped datasheet for tender submissions, request it via the form at the bottom of this page.
Model Selection
From 50kWh to 315kWh. Start with the load your site has today and expand as consumption grows — there is no need to pay up front for future capacity.
H098-50kWh
50.68kWh
25kW rated power
Small retail units, single-point backup, pilot projects
H098-100kWh
107.5kWh
50kW rated power
Mid-size workshops, hotels and office buildings for daily peak shaving
H098-150kWh
158kWh
100kW rated power
C&I sites with high demand charges and existing rooftop solar
H098-215kWhMost Popular
215kWh
100kW rated power
Factories, EV charging plazas and industrial parks — up to 120kW of direct PV
H098-315kWh
316.4kWh
200kW rated power
Heavy continuous production and sites with strict demand management targets
Saving Estimate
Calculated for the H098-215kWh with one full cycle per day. Replace the peak-valley spread with your local figure and the result changes immediately.
Input · Assumptions (example — replace with local data)
Note: 0.85 USD/kWh is an example spread only — use your local time-of-use tariff. Demand charge reduction, higher PV self-consumption and backup power value are not included.
Estimated annual arbitrage revenue
$60.3K / yr
215 kWh × 0.85 USD/kWh × 330 days ≈ 60,307 USD
Estimated annual discharge
71.0MWh
215 kWh × 330 days ≈ 70,950 kWh
Payback depends on the landed equipment cost and your local tariff structure. We can run a tailored estimate on your actual tariff — just submit the form below.
Applications
Built for factory owners facing demand charges, operators in regions with unstable grids, solar installers who need storage for commercial rooftop projects, and EV charging operators who want to buffer peak-hour grid draw.
Peak shaving and demand charge reduction, avoiding expensive peak-rate draw.
Backup power for critical loads, combined with tariff optimization.
Buffer grid draw during peak hours, easing instantaneous load and demand spikes.
The built-in MPPT connects directly, pushing PV self-consumption higher.
Keeps production equipment, air conditioning and lighting running through an outage.
Centralized demand management that relieves transformer capacity pressure.
Projects
The three cards below are pre-built placeholders. Drop in photos and figures from delivered projects — on a B2B page this is the single most persuasive block for generating enquiries.
[To fill] Two to three lines describing the outcome: the electricity problem before the upgrade and what changed after.
[To fill] e.g. “Demand charges down 32%, saving USD XX,XXX per year”
[To fill] Two to three lines describing the outcome: the electricity problem before the upgrade and what changed after.
[To fill] e.g. “PV self-consumption raised above 90%”
[To fill] Two to three lines describing the outcome: the electricity problem before the upgrade and what changed after.
[To fill] e.g. “X operating hours per year, zero downtime incidents”
Packing & Delivery
Reinforced export packaging with standard hoisting points protects the unit during sea and land transport, and our quality team runs multiple rounds of testing before delivery.
01
Capacity and connection method defined by site load, tariff structure and site conditions.
Scheduled per project
02
Built to the confirmed configuration, with cell and module batch records kept on file.
Scheduled per project
03
Every unit completes full-function testing before shipment, with multiple QA re-tests.
Completed pre-shipment
04
Reinforced packing plus standard hoisting points, suited to sea and land transport.
Standard export packing
05
Shipping documents and parameter sheets travel with the unit; we support customs clearance and site acceptance.
Per shipping schedule
06
On-site wiring and grid connection, then onboarding to the cloud platform for remote monitoring.
Depends on site conditions
Downloads
Get the documents you need for a tender or an internal evaluation. Enter your email address and we will send the relevant file.
Full specifications for all five capacities, dimension drawings and wiring diagram.
IEC 63056 / IEC 62477-1 / IEC 62933 series certificates.
Certification documents for Malaysian market access.
Customization scope, minimum order quantity and delivery process.
FAQ
The questions we are asked most often about sizing, connection, certification and shipping.
Get a Quote
Share your site type, location and approximate load, and we will come back with a capacity recommendation and a quotation.
HUDA New Energy (Huizhou Huada Technology Co., Ltd.) is a professional energy storage manufacturer with a complete product portfolio, covering portable power stations, household energy storage systems and commercial & industrial (C&I) energy storage solutions. Starting from lead-acid battery production, we have grown into an advanced lithium technology manufacturer, 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. Factory visits are always welcome — contact us to schedule a tour or discuss your project.
