Deye 1MW Solar Inverter with 2.15MWh Battery Pack
R6,883,460.00 incl VAT
Deye 1MW Solar Inverter with 2.15MWh Battery Pack delivers utility-scale power, smart EMS control, and extended backup. It cuts energy costs, stabilizes operations, and safeguards equipment with fast, seamless source transfer.
- Megawatt-class output for factories, campuses, and data centers.
- 2.15MWh lithium storage for extended backup and peak shaving.
- Smart EMS with load scheduling, zero-export, and TOU control.
- Ideal for factories, campuses, data centers, and hospitals.
Order now for reliable clean energy and measurable long term savings.
Description
Deye 1MW Solar Inverter with 2.15MWh Battery Pack
The Deye 1MW Solar Inverter with 2.15MWh Battery Pack delivers reliable large-scale renewable power. This advanced system ensures stable performance for industrial, commercial, and utility projects. With high efficiency and integrated battery storage, it provides energy independence, cost savings, and long-term stability.
With a 1MW inverter output and 2.15MWh battery storage, this system ensures stable power for factories, data centers, hospitals, and other high-demand environments. Automatic switching between solar, grid, and battery modes guarantees continuous operation, even during outages, protecting valuable equipment and productivity.
Built with cutting-edge technology, this solution combines a 1MW solar inverter with a 2.15MWh lithium battery pack for uninterrupted operations. It supports grid-tied, hybrid, and off-grid configurations, offering complete flexibility for diverse applications. Advanced MPPT control ensures maximum energy harvest from solar panels. Its IP65 protection and overload capacity guarantee long-term durability. A comprehensive warranty enhances peace of mind. This megawatt solar inverter system is the perfect choice for businesses seeking sustainable energy security.
Key Features
- Deye 1MW solar inverter with 2.15MWh battery for large-scale projects.
- Wide MPPT voltage range for maximum solar energy harvesting.
- IP65-rated design for harsh industrial and commercial environments.
- Peak shaving, load shifting, and smart energy management system.
- High efficiency with up to 98.5% conversion rate.
- Seamless backup power during grid outages.
Technical Specifications
- Inverter Power Output: 1MW
- Battery Capacity: 2.15MWh Lithium
- Inverter Efficiency: 98.5%
- MPPT Efficiency: 99%
- Voltage Range: 180V–850V
- Protection Level: IP65
- Overload Capability: Up to 170%
- Warranty: Standard manufacturer’s warranty included
Applications
- Large-scale factories and industrial complexes requiring stable power.
- Data centers demanding uninterrupted backup energy.
- Commercial buildings aiming to reduce grid reliance.
- Utility-scale solar farms and renewable energy projects.
FAQs
How many solar panels can connect to the Deye 1MW system?
The number depends on panel wattage and configuration. Typically, 1.6–1.7 MWp solar input is supported.
Is the Deye 1MW inverter suitable for off-grid use?
Yes, it supports off-grid, hybrid, and grid-tied setups, offering full flexibility.
How long can the 2.15MWh battery provide backup power?
Backup duration depends on load size. For moderate loads, it can provide up to 30 hours.
What makes this solution different from smaller systems?
It delivers higher capacity, scalability, and efficiency, making it ideal for industrial-grade applications.
The Deye 1MW and 2.15MWh ESS solution is more than a power system—it is a complete energy independence package, enabling businesses to transition toward renewable energy with confidence, stability, and long-term savings.
Power your business with the Deye 1MW Solar Inverter with 2.15MWh Battery Pack. Order now to secure reliable, large-scale solar energy independence.
Additional information
| Weight | 18500 kg |
|---|---|
| Dimensions | 2150.0 × 113.6 × 80.0 cm |
The Deye 100kW–2.5MW C&I ESS Solution combines PCS, MPPT, and STS modules with BOS-B lithium batteries and the reliable Deye 125kW inverter to deliver large-scale energy storage with high efficiency and stability.
