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- info@gsopower.com
Wall-mounted LiFePO4 batteries + hybrid inverters for homes. 5kWh–30kWh. Plug-and-play, installer-friendly.
Rack-mount battery clusters + PCS converters for factories, data centers & telecom. 50kW–630kW scalable.
Complete off-grid systems for islands, alpine sites & areas without grid access. Operates at altitudes up to 5,000m.
Residential, commercial, and industrial energy storage solutions by GSO are globally reconizable
From 3.5kW residential hybrid inverters to 40ft containerized energy storage systems — we cover every application scenario: homes, commercial rooftops, data centers, telecom towers, off-grid islands, and alpine microgrids.
Deployed across 50+ countries — Germany, Australia, the US, Pakistan, South Africa, Indonesia, and more. Over 200,000 users rely on GSO systems for their daily energy needs.
DSP digital control, MPPT optimization (≥99% tracking efficiency), intelligent BMS, and power electronics R&D backed by group-level technology. Products operate from -10°C to 55°C at altitudes up to 5,000m.
Pre-sales consultation → on-site survey → system design → installation commissioning → maintenance training → spare parts logistics. Annual training programs keep your technical teams current.
1.Response within 24 hours. Share load profiles, site location, and capacity needs.
2.Our engineers match products to your specification and propose the optimal configuration.
3.Transparent pricing with tiered volume discounts. Project-based pricing available for large installations.
4.CE compliance verified at factory level. Inspection reports provided on request.
5.Logistics coordination, remote or on-site technical guidance for system startup.
6.Warranty service, spare parts logistics, and annual training program for your technical team.
Since its establishment in 2010, GSO has dedicated over 15 years to the energy storage sector. As a national high-tech enterprise, we boast a professional R&D team of over 50 members (40% holding master’s degrees or higher). Holding more than 50 core patents, our products carry international certifications including UN and CE. We have delivered stable and reliable photovoltaic storage solutions to over 300,000 users across more than 50 countries worldwide. As a direct manufacturer, we leverage automated production lines and vertically integrated supply chains to achieve an annual production capacity of 5GWh. This enables us to deliver internationally certified quality at competitive pricing, supported by rapid 7-day prototyping and flexible delivery within 15-45 days.
We remain committed to being your trusted energy storage partner through high-value, cost-effective solutions.
Contact us today for tailored solutions and customized support.
Over the past 15 years, we have served tens of thousands of customers from different countries. We have also obtained certifications in numerous countries to ensure the smooth processing of every order.
We are one of the suppliers to the military, so our products stand up to the test of the market and meet military-grade standards.
In past transactions, clients have consistently praised our service. Because our belief is to put the customer first and serve each one with dedication.
Solar battery storage is a mobile or stationary clean energy power supply device that integrates photovoltaic (PV) input, energy storage, an inverter, and power distribution into a single system. These systems use high-performance lithium iron phosphate (LiFePO4) cathode materials to store electricity generated by solar panels for later use, ensuring cell consistency and a design service life of over 10 years.
The system works through an intelligent scheduling process:
1.Charging: The battery captures energy from PV panels or the utility grid during off-peak hours (valley filling).
2.Management: A smart BMS (Battery Management System) manages the cells effectively, offering protection against over-charging, over-discharging, and short circuits.
3.Discharging: The stored energy is discharged during peak demand hours (peak shaving) or when solar production is low to power residential or commercial loads.
4.Operating Modes: Systems support multiple modes, including PV priority, load priority, and grid-tie priority, using specialized algorithms to maximize self-consumption rates.
Provide corresponding prices based on usage scenarios and load power, with significant price differences between household and industrial use
We provide a basis and purpose: to reduce electricity bills by charging during low-cost off peak hours and discharging during expensive peak hours.
Efficiency: High energy consumption, low-power devices, system conversion efficiency ≥ 90%
Scalability: Modular design allows users to start with smaller capacities and expand as needed, saving initial installation costs.
Note: The final cost depends on customization requirements (such as Bluetooth, high discharge rate) and should be confirmed with the engineer.
Provide corresponding prices based on usage scenarios and load power, with significant price differences between household and industrial use
We provide a basis and purpose: to reduce electricity bills by charging during low-cost off peak hours and discharging during expensive peak hours.
Efficiency: High energy consumption, low-power devices, system conversion efficiency ≥ 90%
Scalability: Modular design allows users to start with smaller capacities and expand as needed, saving initial installation costs.
Note: The final cost depends on customization requirements (such as Bluetooth, high discharge rate) and should be confirmed with the engineer.
GSO provides several specialized home solutions:
GBP-W Series (Power Wall Type): Space-saving wall-mounted design with an LCD display to monitor battery status in real-time.
GSL-Easy Stack Series: A wheeled, “all-in-one” mobile unit that simplifies installation without complex assembly.
GLV1 Series (Low Voltage Stack): Features a beautiful “building-block” stacked design with side-hidden wiring for a clean home aesthetic.
GBP-Pro Series: High-cycle life (up to 26,000 cycles) for long-term reliability.
Consider the following technical factors provided in the Green Power specifications:
Compatibility: Ensure the battery supports your inverter protocol. Green Power is compatible with 65+ inverter models and supports standard CAN/RS485 communication.
Installation Environment: Choose IP20 for indoor use or the BOC/GSS-PC Series (IP54) for outdoor environments requiring resistance to rain and corrosion.
Cycle Life: Look for LiFePO4 systems offering 5,000 to 25,000+ cycles for the best return on investment.
Management: Opt for systems with Smart BMS and Mobile APP remote monitoring for ease of use.
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