Dyness Commercial and Industrial Battery 71-100 kWh – Customised Quote for Engineering Design, Import and Supply
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Description
The Dyness commercial battery DH100F is a fully integrated commercial battery storage system designed for industrial PV installations. It combines a LiFePO₄ battery pack and a 50 kW hybrid inverter into one cabinet, simplifying system architecture and installation. The DH100F supports grid-tied or off-grid operation and can manage PV self-consumption, peak shaving and scheduled energy use. Its advanced thermal design and built-in BMS ensure consistent performance. With 100 kWh nominal capacity and a 10-year battery/BMS warranty, the DH100F delivers reliable solar backup and load-shifting for businesses.
Installation
Dyness Commercial Battery – DH100F
- The DH100F is available in 71, 86 or 100 kWh versions and integrates an LFP battery bank (e.g. CATL prismatic cells) with a 50 kW hybrid inverter.
- This all-in-one cabinet includes both battery and inverter, reducing installation complexity. Each unit is built for industrial use: the enclosure is IP55-rated and measures about 1200×1224×2258 mm (roughly 1700 kg).
- Multiple DH100F cabinets can be paralleled via AC coupling to scale the system to multi-megawatt installations.
Key Features of Dyness Commercial Battery DH100F
- Full-scenario: All-in-one multifunctional integration, supporting PV and generator access, grid-to-off-grid switching.
- Ultimate security: Preventative fire strategy with three-level detection and TMG which ensure active firefighting remains effective in the event of a power outage.
- Flexible expansion: 71~100 kwh capacity available for a single unit. Reserved DC expansion interface; Support AC expansion.
- Highly efficient and low-cost: 280Ah LFP battery with high energy density. EMS Intelligent control. Modular design, backwards output method, reduce infrastructure cost.
Main Benefits
- For Engineers: Simplified integration with built-in EMS/BMS and native Modbus/CAN support. The pre-engineered all-in-one design accelerates system modeling and deployment, reducing engineering time.
- For EPCs: The single-cabinet solution (battery + inverter included) cuts wiring and material costs, leading to faster installs. Fewer separate components (fewer SKUs) and cluster-ready parallel expansion make project logistics and scaling simpler.
- For Businesses: The Dyness commercial battery provides reliable backup power and on-site energy management. It enables solar self-consumption, peak shaving and backup loads to lower utility bills. With high cycle life and a 10-year warranty, businesses can achieve ROI within the system’s service life. The compact, rack-ready footprint also fits commercial sites efficiently.
Caveat: The product description and datasheet on this page may not be the most updated version. Please refer to the user manual coming with products if there are conflicts.
Dyness
Dyness is a leading energy storage company (founded 2007) that has become a global R&D and manufacturing leader in solar battery systems. It produces a range of LiFePO₄ (LFP) battery systems — often marketed as Dyness commercial batteries — for residential and commercial use, with multi-GWh production capacity. Dyness commercial batteries are known for robust safety design and long warranties (e.g. 10-year battery and BMS warranty).
Prospective customers often search for “Dyness commercial battery review” or ask “are Dyness batteries good”; industry feedback tends to be positive about their quality and support. Dyness provides detailed documentation, including Dyness battery manuals and installation manuals, to help engineers and installers deploy their systems. In Australia, Dyness commercial battery pricing is handled by local distributors (quote basis); the DH100F is generally considered competitively priced among large commercial battery systems, offering great value given its all-in-one design.
The DH100F nominally stores 100 kWh (DC); roughly 90% of that is typically usable (about 90 kWh) per cycle. Actual usable output depends on depth-of-discharge settings and efficiency losses, but you can expect on the order of 90 kWh available for daily use from a 100 kWh unit.
Yes. The DH100F’s hybrid inverter and controller allow it to function in either mode. It supports grid-tied operation with PV and can automatically switch to standalone (off-grid) mode during outages. Dyness explicitly notes support for both on-grid and off-grid AC operation.
The DH100F includes its own inverter, so a separate solar inverter is not required to use the battery. It is AC-coupled (230/400V) and can integrate with other inverters on the same AC bus if needed. In practice, installers either use the DH100F’s built-in inverter for PV management, or tie additional PV inverters to the AC bus alongside it.
The DH100F is built to industrial safety standards. Its IP55-rated cabinet and C3 corrosion classification make it suitable for outdoor use. Inside, Dyness implements a multi-stage safety system: an advanced BMS constantly monitors cell conditions and will trigger shutdown if thresholds are exceeded. There is a three-stage fire detection and suppression strategy (with active venting and explosion-proof vents) to quickly mitigate thermal events. The unit carries CE certification and undergoes thorough testing for electrical and fire safety.
As a premium commercial storage system, the DH100F is typically sold on a quote basis via Australian distributors. Exact pricing depends on options, but it is generally competitive with other 100 kWh-class commercial batteries. It’s all-in-one design (with built-in inverter) and 10-year warranty often make it a cost-effective choice for C&I projects. Customers should request quotes from local Dyness-authorized installers or suppliers for current pricing.
| Download Area | |
|---|---|
| Dyness-DH100F-Datasheet | Download |
| Dyness-Battery-Certificate-of-Suitability-AS4777.2-2020 | Download |
| Model | DH100F-71kWh | DH100F-86kWh | DH100F-100kWh | |
| Battery system specification parameters | ||||
| Battery type LFP | (LiFePO4) | (LiFePO4) | (LiFePO4) | |
| Battery capacity | 280Ah | 280Ah | 280Ah | |
| Pack configuration | 1P16S | 1P16S | 1P16S | |
| Model | DH100F-71kWh | DH100F-86kWh | DH100F-100kWh | |
| Battery system specification parameters | ||||
| Battery type LFP | (LiFePO4) | (LiFePO4) | (LiFePO4) | |
| Battery capacity | 280Ah | 280Ah | 280Ah | |
| Pack configuration | 1P16S | 1P16S | 1P16S | |
| Rated current | 140A（0.5C） | 140A（0.5C） | 140A（0.5C） | |
| Max. current | 160A | 160A | 160A | |
| PACKquantities | One cluster/5Pack | One cluster/6Pack | One cluster/7Pack | |
| System capacity | 71kwh | 86kwh | 100kwh | |
| AC specification parameters (on-grid) | ||||
| Rated power | 35kW@45℃ | 43kW@45℃ | 50kW@45℃ | |
| Max. AC current | 60A | 74A | 86A | |
| AC rated voltage | 400Vac | 400Vac | 400Vac | |
| Wiring method | 3P+N+PE | 3P+N+PE | 3P+N+PE | |
| Frequency | 50Hz/60Hz | 50Hz/60Hz | 50Hz/60Hz | |
| Power factor | 0.8（leading）~0.8（lagging） | 0.8（leading）~0.8（lagging） | 0.8（leading）~0.8（lagging） | |
| THDi@full power | ＜3% | ＜3% | ＜3% | |
| AC specification parameters (off-grid) | ||||
| Rated power | 35kVA | 43kVA | 50kVA | |
| Max. AC current | 60A | 74A | 86A | |
| AC rated voltage | 400Vac | 400Vac | 400Vac | |
| Wiring method | 3P+N+PE | 3P+N+PE | 3P+N+PE | |
| Frequency | 50Hz/60Hz | 50Hz/60Hz | 50Hz/60Hz | |
| Power factor | 100% | 100% | 100% | |
| THDi@full power | ＜3% | ＜3% | ＜3% | |
| PV access | ||||
| Max. input power | 25kW*2 | 30kW*2 | 35kW*2 | |
| Max. current | 80A*2 | 80A*2 | 80A*2 | |
| Max. short-circuit current | 100A*2 | 100A*2 | 100A*2 | |
| Max. voltage | 1000V | 1000V | 1000V | |
| Start-up voltage | 310V | 370V | 430V | |
| Input voltage | 300~1000V | 300~1000V | 350~1000V | |
| MPPT paths | 2 | 2 | 2 | |
| System specification | ||||
| Dimension (W*D*H) | 1200*1048*2258 mm (TBD, lifting ring not included) | 1200*1048*2258 mm (TBD, lifting ring not included) | 1200*1048*2258 mm (TBD, lifting ring not included) | |
| Weight | Approx. 1650kg (TBD) | Approx. 1650kg (TBD) | Approx. 1650kg (TBD) | |
| Temperature | -20~50℃（derating above 45℃） | -20~50℃（derating above 45℃） | -20~50℃（derating above 45℃） | |
| Humidity | 0~95% (no condensing) | 0~95% (no condensing) | 0~95% (no condensing) | |
| Ingress protection | IP55 | IP55 | IP55 | |
| Anti-corrosion grade | C3 | C3 | C3 | |
| Noise | ≤70dB (TBD) | ≤70dB (TBD) | ≤70dB (TBD) | |
| Elevation | 3000m（Derating above 2000m） | 3000m（Derating above 2000m） | 3000m（Derating above 2000m） | |
| Cooling method | Air cooling | Air cooling | Air cooling | |
| Display | Touch screen (7 inch) | Touch screen (7 inch) | Touch screen (7 inch) | |
| Fire protection | Aerosol | Aerosol | Aerosol | |
| EMScommunications | Ethernet/RS485/4G | Ethernet/RS485/4G | Ethernet/RS485/4G | |
| Standards | CE、TUV | CE、TUV | CE、TUV | |
John Danny –
Great company, quick online support when I had questions. Delivery was smooth, no issues. Will keep coming back.
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Jeffrey Tiffany –
Was skeptical at first, but after getting a great deal and quick delivery
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Tom Williams –
Best deal in town! Highly recommend Solarrains for energy solutions.
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Liam H. –
Fast response, good product
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Emily G. –
The product was just what we needed, and the customer service team was very helpful with my initial inquiries
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