Dah Solar Bess Container Battery 1mwh 2mwh 3mwh Semi-Solid LFP Safe Bess Container Battery

Name: Dah Solar Bess Container Battery 1mwh 2mwh 3mwh Semi-Solid LFP Safe Bess Container Battery
Brand: DAH Solar Co., Ltd.
SKU: 2184578292

Anhui, ChinaDAH Solar Co., Ltd.

US$0.50

100,000-999,999 Pieces

US$0.40

1,000,000-4,999,999 Pieces

US$0.30

5,000,000+ Pieces

Product profile

Customization

Available

Container Size

6058 X2438X2591mm

Weight

22t

Model NO.

500kW/1MWh-G1

Nominal Voltage

400V

Warranty

Nominal Capacity

500kw-2mwh

Cycle Life

8000 Cycles

AC Output

3W+N+PE

Solation Transforme

315 / 400 VAC

on/off-Grid Switching

Support (< 20ms)

Protection Level

IP54

Anti-Corrosion Level

Fire Fighting System

Hfc Bottle Group

Humidity

0~95% (Non-Condensing)

Max. PV Input Voltage

1000VDC

Specification

6058 x2438x2591mm

Trademark

DAH Solar

Origin

China

Production Capacity

50000piecs/Year

Key features

Energy Storage Container DHN-HVE500kW/1MWh series adopts containerized all-in-one design pre-integrating PCS+BMS+EMS+firefighting for plug-and-play on-site deployment.

1mw Solar System DHN-HVE500kW/1MWh series achieves <20ms seamless on/off-grid switching ensuring uninterrupted power to critical loads.

500kw Solar System DHN-HVE500kW/1MWh series features IP54 protection and C4 anti-corrosion rating for long-term operation in harsh coastal and industrial outdoor environments.

Bess Container Battery DHN-HVE500kW/1MWh series uses LFP cells with 8000+ cycles at 80% DoD delivering 25-year design life with significant LCOE advantage.

1mw Solar System DHN-HVE500kW/1MWh series offers two configurations of 500kW/1MWh and 1MW/2MWh flexibly matching different-scale C&I projects.

1 Mw Solar Energy System DHN-HVE500kW/1MWh series features intelligent EMS energy management supporting automatic mode switching for peak-valley arbitrage/frequency regulation/backup multi-scenario ap

Company profile

Exhibition ExperienceOverseas WarehouseQuality AssuranceR&D Capabilities

DAH Solar Co., Ltd.

Anhui, China

CertifiedBusiness Type: Manufacturer/Factory & Trading Company CertifiedR&D Capacity: ODM Service Available & OEM Service Available CertifiedCustomization Options: Customization from Samples, Customization from Designs, etc. CertifiedExport Year: 16 Years CertifiedNearest Port: Shanghai PortAverage Response Time: ≤2.04h

AI-Powered supplier vetting

SummaryDAH SOLAR CO., LTD. is identified as a solar photovoltaic module supplier with manufacturing, customization, OEM, ODM, inventory, overseas warehouse, and system-design capabilities. The supplier reports 85 quality assurance and quality control inspectors, a one-month average lead time in both peak and off-seasons, and production equipment including laminators, framing machines, welding machines, cutting machines, and upper board machines. Innovation evidence includes new products during the past year, ODM services, an available SDK, and digitalized ERP management. However, the provided information does not confirm certifications, financial performance or stability, or formal quality assurance. Quality and supplier-management procedures are incompletely documented: finished-product inspections have instructions but no written records, and complaint and corrective-action processes lack written records. Customer evidence includes CROWN SOLAR as an associated buyer and brand, including a stated solar-panel...

Supplier typeThe supplier is associated with solar-panel production, specifically crystalline silicon photovoltaic modules, and lists solar panels among its annual productivity information. The product description identifies DAH SOLAR CO., LTD. as the supplier of a 620W N-type bifacial module.

R&D capabilityInnovation evidence includes new products during the past year, ODM services, an available SDK, ERP-based digital management, and an initiated enterprise digitalization process. The supplier also reports big-data capability and a technical-transformation plan, although the depth and results of these initiatives are not specified.

Production capacityThe supplier lists solar-panel productivity, multiple production machines, 85 quality-control and quality-assurance inspectors, inventory capacity, and valid manufacturing contracts with associated subcontractors. It reports a one-month average lead time in both peak and off-seasons, but its supplier-service assessment procedure has no written procedures or records.

Customization capabilityThe supplier explicitly offers customization from samples, customization from designs, full customization, minor customization, and flexible customization. These capabilities are stated both in its R&D information and design-services capability records, providing direct evidence of broad customization coverage.

Client casesThe supplier reports OEM service for well-known brands, and CROWN SOLAR is listed as an associated buyer and brand for a stated crystalline silicon photovoltaic module transaction. The provided slices do not identify additional customers, project outcomes, order history beyond the cited transaction, or independently verifiable case details.

Product Q&A

Q:Can it operate off-grid or as a microgrid?

Yes. It supports on/off-grid switching in less than 20ms and can work with PV arrays and diesel generators for islanded microgrid operation.

Q:What fire protection system is used?

It uses an HFC bottle group firefighting system, smoke and temperature detection, and ventilation design for cabinet-level protection.

Q:What communication interfaces are available for EMS integration?

It provides RS485 and TCP/IP communication, compatible with standard EMS and SCADA platforms for remote scheduling.

Q:How does liquid cooling improve performance compared with air cooling?

The all-in-one container integrates batteries, PCS, BMS, cooling and fire protection, reducing footprint by over 30% and lowering civil works and commissioning costs.

Q:How is on-site installation simplified?

This low-voltage energy storage battery is widely used in home energy storage, commercial & industrial energy storage and other off-grid/hybrid power scenarios.