Greenrich Suncore 48kWh HV Battery Set

Greenrich Suncore 48kWh HV Battery Set

The Greenrich Suncore 48kWh HV Battery Set is a complete high-voltage lithium battery storage solution designed for compatible high-voltage hybrid inverter systems. This set is built for customers who require a serious solar battery bank for backup power, energy storage and larger residential or commercial solar installations.

This 48kWh high-voltage battery set includes 6 x Greenrich Suncore 8kWh HV battery modules, a high-voltage battery controller, BAU and rack. The system is configured at 307.2V and must be matched with a compatible high-voltage inverter that supports the required battery voltage range, BMS communication and commissioning requirements.

Complete 48kWh High-Voltage Battery Set

This Greenrich Suncore set is supplied as a complete high-voltage battery storage package, making it a strong option for customers who need dependable stored energy for larger solar and backup power applications.

• 6 x Greenrich Suncore 8kWh high-voltage battery modules
• 1 x High-voltage battery controller
• 1 x BAU battery management unit
• 1 x Battery rack for the set configuration
• 307.2V high-voltage battery configuration
• 48kWh battery storage capacity

Designed for Larger Solar Storage and Backup Power

The Greenrich Suncore 48kWh HV Battery Set is suited to customers who need more battery capacity for demanding backup power and solar energy storage requirements. When correctly designed, it can help store solar energy during the day, support selected loads during power interruptions and improve solar self-consumption.

This set is well suited for larger homes, offices, commercial buildings and energy storage projects where a compatible high-voltage inverter system is required. Final backup performance will depend on inverter capacity, load demand, solar array size, battery settings and commissioning setup.

Key Features and Benefits

• 48kWh high-voltage lithium battery storage set
• 307.2V system configuration for compatible HV inverter systems
• LiFePO4 battery chemistry for stable solar storage performance
• Cylindrical cell design
• High discharge capability for demanding backup power applications
• Modular battery set design for larger energy storage planning
• Rack-mounted battery layout for a cleaner professional installation
• BMS communication required for correct inverter integration
• Natural air cooling design
• Suitable for solar storage, backup power and self-consumption systems
• 6000-cycle design life under correct installation and operating conditions
• Professional installation, configuration and commissioning required

Compatible High-Voltage Inverter Systems

This Greenrich Suncore HV Battery Set is designed for compatible high-voltage hybrid inverter systems and is commonly used with selected compatible HV models from Solis, Megarevo, Deye, Sunsynk, ATESS, Sunways, GoodWe and Sinexcel.

Important: Final compatibility must always be confirmed before purchase according to the inverter brand, inverter model, supported battery voltage range, BMS communication, firmware version, system design and commissioning requirements.

Suitable Applications

The Greenrich Suncore 48kWh HV Battery Set is suitable for customers who require a stronger battery storage solution for larger solar and backup power systems. It is especially useful where higher energy storage capacity is required for longer backup support or improved solar energy usage.

• Larger residential solar backup systems
• Commercial solar energy storage systems
• Office and business backup power systems
• Solar self-consumption installations
• High-voltage hybrid inverter systems
• Backup power for selected essential and non-essential loads
• Energy storage projects where system design allows future expansion

High-Voltage Battery System Notice

This is a high-voltage battery set and must only be used with compatible high-voltage inverter systems. It is not a standard 48V lithium battery and should not be connected to low-voltage inverter systems.

Final compatibility must be confirmed according to the inverter model, BMS communication, voltage range, firmware, DC protection and complete system design. Correct battery matching is important for safe operation, proper charging, stable communication and long-term system performance.

Installation and Commissioning Requirements

The Greenrich Suncore 48kWh HV Battery Set must be installed, configured and commissioned by a qualified solar installer or electrician. High-voltage battery systems require correct safety procedures, suitable DC protection, correct cabling, proper isolation, safe earthing, rack installation and correct inverter configuration.

The installer must confirm cable sizing, DC protection, communication wiring, BMS setup, firmware compatibility, inverter settings and commissioning steps before the system is placed into operation.

Why Buy From JC Solar Panels?

JC Solar Panels supplies quality solar products with a strong focus on correct system matching, practical customer guidance and long-term value. With high-voltage battery systems, choosing the correct product is only one part of the installation. The inverter, battery set, protection equipment, communication setup and commissioning must all work together correctly.

By purchasing from JC Solar Panels, customers can receive guidance on battery sizing, inverter compatibility, system planning and suitable installation requirements before committing to a larger energy storage investment.

This helps customers make a more informed decision and reduces the risk of purchasing a battery system that is not suitable for their inverter or project requirements.

Before You Order

Before ordering the Greenrich Suncore 48kWh HV Battery Set, please confirm the intended inverter brand and model, battery voltage range, BMS communication requirements, firmware version, installation layout, rack position, DC protection, cable sizing and commissioning process.

For the best result, this battery set should form part of a properly designed solar and backup power system installed by a qualified solar installer or electrician familiar with high-voltage battery systems.