14.34kWh UL-Certified Residential Solar & Energy Storage System with Sol-Ark Inverter

In a detached residential home in the United States, the homeowner selected a GSL ENERGY 14.34kWh floor-standing energy storage energy storage battery combined with a Sol-Ark inverter and roofop solar PV modules. This residential solar plus storage deployment was driven by long-term planning for energy independence, pwer reliability, and enhanced electrical resilience.

Designed around an integrated solar generation + battery storage + household power supply architecture, the system provides stable support for daily household electricity consumption while significantly strengthening backup power capabilities during grid outages.

US Residential Energy Storage System Overview

This home energy storage system operates as a complete solar plus storage solution, enabling efficient self-generation and self-consumption of solar energy. It ensures uniterrupted power for critical household loads and improves overall energy security for residential users in the North American market.

Residential Energy Storage Project - System Configuration

• Battery Model: GSL ENERGY 51.2V 280Ah 14.34kWh Floor-Standing Energy Storage Battery

• Battery Certification: UL-certified series version, compliant with North American residential energy storage safety standards

• Inverter Brand: Sol-Ark

• System Architecture: Rooftop solar PV generation + lithium battery energy storage + household load output

• Application Scenario: Daily self-consumption of solar energy + backup power during power outage events

This configuration ensures a stable and reliable power supply, while prioritizing safety compliance, system efficiency, and long-term reliability — fully aligned with the investment logic and application requirements of the US residential solar energy storage market.

Value Realization: From Solar Energy Supplementation to Household Energy Resilience

• Solar self-generation reduces long-term household electricity costs

• Off-grid and hybrid compatibility supports diverse residential energy usage patterns

• Continuous operation of critical household loads during grid failures

• UL safety certification and high-cycle-life LiFePO₄ cells enhance long-term asset value

• Neat, standardized intallation with engineered deployment and delivery protocols

This residential battery storage project demonstrates how solar energy storage systems can evolve from simple energy supplementation into a core solution for household resilience and energy independence.

Key Product Advantages - Business & Technical Highlights

• 14kWh-class capacity, suitable for typical core residential loads

• Grade A LiFePO₄ battery cells, ensuring high safety, thermal stability, and extended service life

• Excellent compatibility with mainstream hybrid inverters, including Sol-Ark

• Floor-standing design for flexible installation and convenient maintenance

• Modular scalability, supporting parallel connection of up to 16 battery unit for future household load expansion

Stengthening GSL ENERGY's Presence in the US Residential Energy Storage Market

This case study highlights GSL ENERGY's product adaptability, system integration capability, and project delivery strength within the North American residential energy storage sector. Through continuous innovation and stricts adherence to regional standards, GSL ENERGY remains committed to delivering high=efficiency, high-safety home battery storage solutions that empower homeownes to achieve long-term energy independence and sustainable value returns.