Advanced Thermal Management for the Photovoltaic Industry
Ensuring Peak Performance, Efficiency, and Longevity for Your Solar Energy Systems with High-Performance Heat Sinks and Liquid Cold Plates.
Applications in the Communications Sector
Heat is the primary adversary of performance and longevity in photovoltaic systems. From the solar inverter to the energy storage unit, effective thermal management is not just an option—it’s essential for protecting sensitive power electronics, maximizing energy conversion, and ensuring a 25+ year operational lifespan.
The Inverter Heat Challenge
Solar inverters are the heart of a PV system, but their power semiconductors (IGBTs) generate immense heat. Unchecked, this heat reduces conversion efficiency and leads to premature, costly failures.
Demanding Environments
PV systems operate in extreme outdoor conditions. Our thermal solutions are engineered to be robust and reliable, delivering consistent performance from scorching desert heat to freezing winter cold.
Increasing Power Density
As inverters become more powerful and compact, the challenge of dissipating heat grows. Advanced cooling is critical to enabling this technological progress and unlocking more power in a smaller footprint.
Engineered Solutions for Your Application
Liquid Cold Plates: Ultimate Performance for High-Power Density
For high-power central inverters and utility-scale energy storage systems where air cooling is insufficient, Liquid Cold Plates are the definitive solution. They provide unparalleled heat removal in a compact form factor.
- Superior Heat Removal: Drastically lowers semiconductor operating temperatures.
- Compact Design: Enables smaller, more power-dense inverter designs.
- Enhanced System Output: Allows electronics to operate at higher power levels safely.
Technology Highlight: We utilize advanced Friction Stir Welding (FSW) to create highly reliable, leak-proof, and thermally efficient cold plates, perfect for the long-term demands of the PV industry.
High-Performance Heat Sinks: Reliable and Versatile Air-Cooling
Heat sinks are the proven, robust, and cost-effective solution for a vast range of PV applications, including residential string inverters and power optimizers. We customize designs for both natural and forced convection cooling.
- Design Flexibility: Custom designs for natural convection or forced-air cooling.
- Proven Reliability: Robust and maintenance-free for long operational life.
- Cost-Effective: Excellent thermal performance at an optimal price point.
Technology Highlight: Our capabilities include Skived Fin and Bonded Fin technologies, allowing us to create high-surface-area heat sinks that maximize heat dissipation in compact spaces.
Powering Key Photovoltaic Applications
Our solutions are at the core of the world’s most innovative energy projects.
From Concept to Production: The Jindu Advantage
From the stage to the stadium, our thermal solutions ensure reliability where it matters most.
Collaborative Engineering
Our team uses advanced thermal simulation and heat dissipation analysis to design and validate a custom solution for your specific PV application before manufacturing begins.
Demands
With 50+ high-end CNC machines, we achieve tolerances of ±0.005mm. Our expertise in FSW, Skiving, and Brazing ensures your solution is built to the highest standard.
Global Manufacturing
All Liquid Cold Plates undergo rigorous air tightness testing. Our IATF 16949 certification reflects our commitment to world-class quality management.
Deep Industry Expertise
We support you from initial R&D and rapid prototyping all the way through to high-volume production, providing a seamless and reliable supply chain.
