Viridi RPSLinkIN Battery Storage Achieves UL 9540 Certification
Viridi has announced that its RPSLinkIN Battery Energy Storage System has received UL 9540 listing from TÜV Rheinland, marking a significant milestone for the company’s flagship energy storage solution. This certification validates the safety and performance standards of the battery system for commercial and industrial applications.
Understanding UL 9540 Certification
The UL 9540 standard represents the benchmark for safety requirements in energy storage systems. This comprehensive certification evaluates multiple aspects of battery storage systems, including electrical safety, fire safety, and overall system performance. For manufacturers, achieving this certification demonstrates compliance with rigorous testing protocols and industry-recognized safety standards.
TÜV Rheinland, a globally recognized independent testing organization, conducted the evaluation and awarded the listing. The certification process involves extensive testing of the battery energy storage system’s components, installation requirements, and operational safety features.
About Viridi and Its Energy Storage Solutions
Viridi specializes in developing sustainable energy storage solutions for various applications. The company focuses on creating lithium-ion battery systems designed for commercial, industrial, and utility-scale projects. Their RPSLinkIN system serves as a modular battery energy storage platform that can be configured to meet different power and energy requirements.
The RPSLinkIN Battery Energy Storage System combines lithium iron phosphate battery technology with integrated power conversion and thermal management systems. This design approach allows for flexible deployment across multiple use cases, from peak shaving and demand charge reduction to renewable energy integration and backup power applications.
Key Features of the RPSLinkIN System
The certified battery storage system offers several technical capabilities that position it for diverse applications:
- Modular design allowing scalable capacity configurations
- Integrated thermal management for optimal operating temperatures
- Advanced battery management system for cell-level monitoring
- Compatible with various inverter and energy management platforms
- Suitable for indoor and outdoor installations
Market Implications
The UL 9540 certification opens new market opportunities for Viridi’s RPSLinkIN system. Many commercial and industrial customers require UL-listed equipment for insurance purposes and to meet local building codes and regulations. The certification also provides assurance to project developers, installers, and end-users regarding the system’s safety credentials.
Energy storage systems continue to gain traction across North America as businesses seek to reduce energy costs, improve power reliability, and support sustainability goals. The commercial and industrial sector represents a growing segment of the energy storage market, with applications ranging from manufacturing facilities to data centers and distribution warehouses.
Safety Considerations in Energy Storage
Battery energy storage systems require careful attention to safety design and testing. The UL 9540 certification process examines multiple safety aspects, including:
- Electrical shock protection and grounding requirements
- Fire propagation prevention between battery modules
- Thermal runaway mitigation strategies
- Emergency shutdown and disconnect mechanisms
- Ventilation and gas detection systems
These safety features protect both the equipment and personnel while ensuring reliable long-term operation of the energy storage system.
Industry Context
The energy storage industry continues to mature, with standardized testing and certification becoming increasingly important. UL 9540 has emerged as the primary safety standard in North America, while other regions have developed parallel certification requirements. Manufacturers pursuing market expansion typically seek multiple certifications to address different geographic requirements and customer specifications.
As lithium-ion battery technology evolves and energy storage deployments increase, safety standards continue to adapt. The certification landscape helps ensure that new products meet baseline safety requirements while encouraging innovation in battery chemistry, system design, and protective features.
Next Steps for Deployment
With UL 9540 certification in place, Viridi can pursue broader market adoption of the RPSLinkIN system. The certification facilitates smoother project approvals, permitting processes, and integration with existing electrical infrastructure. Commercial and industrial customers can now specify the system with confidence in its safety credentials and regulatory compliance.
The certification also supports Viridi’s positioning in competitive procurement processes where safety certifications serve as qualifying criteria. As the energy storage market continues to expand, certified products gain preference among developers and end-users prioritizing risk management and regulatory compliance.
Analyzed and outlined by Claude Sonnet 4.5, images by Gemini Imagen 4.
**Source**
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