Project Background

A company in the UK faced increasing demand for reliable power backup systems to support its energy solutions, particularly for critical equipment in solar energy storage and electric vehicle charging stations. This company required a flexible, efficient, and scalable power protection solution.

Project Requirement

This company needed a UPS solution that:

• Provided reliable backup power for energy storage systems and EV charging stations.
• Offered scalability to grow with the expanding renewable energy infrastructure.
• Minimized energy losses and ensured high operational efficiency.
• Ensured long-term system reliability with minimal maintenance.

Solution

Gottogpower designed a modular UPS solution tailored for company’s energy systems:

1. Modular Design:
   • The GTM Series 30~150kVA Modular UPS is deployed to provide scalable, reliable power protection for energy storage systems and EV chargers. The modular nature allows easy expansion as company grows its operations.
2. Energy Efficiency:
   • The UPS operates at 96% efficiency, significantly reducing energy consumption, aligning with the company’s sustainability goals.
3. Compact & Flexible:
   • Designed for easy installation, the system provides a space-saving solution that can be deployed in both centralized and distributed energy networks.
4. Seamless Power Switching:
   • The UPS ensures smooth, uninterrupted power during energy transitions, with a rapid response time of <20ms, ensuring continuous operation for critical systems.
5. Remote Monitoring & Proactive Maintenance:
   • The system comes with intelligent remote monitoring, allowing company to track UPS performance and health, ensuring proactive maintenance and reducing downtime.

Conclusion

The Gottogpower GTM Series Modular UPS solution provided company with a scalable, efficient, and reliable power backup system. This solution not only ensured the continuous operation of renewable energy storage and EV charging stations but also aligned with company’s long-term goals of sustainability and operational efficiency.