SNADI Integrated Solar Storage Hybrid Power System

125 kW / 241 kWh
SNADI integrated solar storage hybrid power system with closed cabinet doors and side-mounted inverter

Main Features

  • 125 kW power and 241 kWh storage support the energy demands of factories, commercial sites and communities.
  • Combine solar, battery storage, diesel generation and grid power to give your site more supply options.
  • EMS scheduling coordinates available energy sources for more efficient use of your site's power resources.
  • Fast response and seamless switching help keep connected loads supplied as power sources change.
  • An IP55 cabinet, air cooling and aerosol fire suppression support protected, managed energy storage.
  • More than 6,000 battery cycles at 0.5C charge/discharge and 80% DOD support repeated energy use over the long term.
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Product Details

Integrated energy storage cabinet supplying industrial, commercial and community loads illustration

Power for working sites

Pair up to 125 kW inverter power with 241 kWh of battery storage to support production, commercial activity and community power needs.

Solar, grid and diesel sources supplying a hybrid energy system illustration

More ways to stay supplied

Bring solar, grid and diesel generation into one hybrid energy system, giving your site supply options as energy availability changes.

EMS coordinating multiple energy inputs illustration

Coordinated energy use

EMS scheduling brings available energy sources under coordinated management, helping your site make better use of its power resources.

Fast response and seamless power source switching illustration

Keep operations moving

Fast response and seamless switching help maintain power to connected loads through source changes, supporting continuity for daily operations.

Energy storage cabinet protection, air cooling and aerosol fire suppression illustration

Protection built into storage

IP55 cabinet protection, air cooling and aerosol fire suppression bring environmental and thermal management into the storage system.

Battery cycle life at 0.5C charge and discharge and 80 percent depth of discharge illustration

Ready for repeated use

The battery is rated for more than 6,000 cycles at 0.5C charge/discharge and 80% DOD, supporting long-term energy storage operation.

Technical specification

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Multi-model technical specification for SNADI Integrated Solar Storage Hybrid Power System
MODELSNT125-241KWH-PV250
ProductNominal Voltage768 V
Nominal Capacity314 Ah
Cabinet Size (mm), Excluding Canopy1290 × 1080 × 2260
Weight (kg), No Inverter2390
Charge/discharge Power MAX140 A
Cooling MethodAir-cooled
Protection ClassIP55
Type of FirefightingAerosol
Battery SpecificationsBattery Types51.2 V / 314 Ah × 15
Nominal Capacity (kWh)241 kWh
Recommended Charge/Discharge Current (A)100
Max. Charge/Discharge Current (A)140
CommunicationRS485 / CAN
Working Temperature−10°C to 50°C
Transport or Storage Temperature Range−20°C to 60°C
CertificationCE / IEC / UL / UN38.3 / MSDS
Design Life10 years+
Cycle Life(0.5C/0.5C – 80% DOD) >6000 cycles
Cooling MethodAir-cooled
CertificationUN38.3 / MSDS / ROHS
Inverter SpecificationsInverter MatchingMax. 125 kW
CommunicationEthernet / Modbus / TCP/IP
Inverter TypeDeye / Solis / Megarevo / Other
Detailed SpecificationsInverter Manual

SNADI Integrated Solar Storage Hybrid Power System Configuration

Solar, storage and backup sources working togetherIllustrative energy relationships for the SNADI integrated system. Solar panels, mains power or a diesel generator supply the hybrid system. Its integrated battery stores energy and the system supplies site loads. EMS coordinates available sources. Day and night indicate solar availability, not a fixed dispatch sequence or installation wiring.EMS ControlSolar PanelsGrid / Diesel GeneratorSNADI Hybrid Power SystemIntegrated Battery StorageSite Loads
DC EnergyAC EnergyCommunication

Why We Recommend the SNADI Hybrid Power System

Illustrative portrait of a man in a white SNADI polo shirt

A factory shift, a busy commercial site and a community's daily services all depend on power staying available. We recommend this integrated system for buyers who need substantial storage alongside flexible supply: 241 kWh of battery capacity, inverter matching up to 125 kW, and the ability to bring solar, grid and diesel generation into one energy system. Fast response and seamless switching help keep connected loads supplied when the source of power changes.

Put your daytime solar energy to work after sunset. Store it for later use and draw on it when your site needs power. EMS coordinates solar, battery, grid and diesel sources, giving you more ways to keep your business supplied as energy availability changes. With more than 6,000 battery cycles at 0.5C charge/discharge and 80% depth of discharge, this system gives you storage built for repeated use, making your solar investment useful beyond daylight hours.

FAQS

What power and storage capacity does the system offer?

The SNT125-241KWH-PV250 combines 241 kWh of nominal battery storage with inverter matching up to 125 kW. It is designed for applications such as small and medium-sized factories, commercial complexes and community power supply.

Can it work with solar, grid power and a diesel generator?

Yes. The system can integrate photovoltaic generation, diesel generators and mains power. Its energy management system coordinates available sources, giving your site a flexible way to combine generation and storage.

How does it support continuity when power sources change?

Fast response and seamless switching help maintain supply to connected loads through source changes. Together with battery storage and multiple energy inputs, this supports continuity for everyday site operations.

What protection and cooling does the cabinet include?

The cabinet has an IP55 protection rating, air cooling and aerosol fire suppression. These features support environmental protection and temperature management within the energy storage system.

What battery cycle life is specified?

The battery is rated for more than 6,000 cycles at 0.5C charge/discharge and 80% depth of discharge. This supports repeated storage use over the long term, with a brochure design life of more than 10 years.