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Power Supply, Energy Storage and Auto
In photovoltaic inverters and energy storage systems, TIMs help move heat from power semiconductors and magnetics to heat sinks or enclosures—improving efficiency, insulation safety, and long-term reliability with thermal pads, gels/greases, potting, and silicone foam solutions.
Overview
Photovoltaic Inverter Thermal Materials Applications
Optimize and manage heat in inverter power stages (IGBT/MOSFET, diodes) and magnetics (transformers/inductors) with TIMs that lower thermal resistance and improve reliability under continuous outdoor operation.
Optimize for high efficiency, long service life, and stable performance under high ambient temperatures and thermal cycling.
Energy Storage Battery System Thermal Materials Applications
Improve pack safety and lifespan by controlling temperature across cells/modules, busbars, BMS electronics, and power conversion components using thermal pads, gap fillers, silicone foam, and thermally conductive potting solutions.
Designed to support insulation safety, vibration resistance, and thermal runaway mitigation at the system level.
Benefits
Optimize Thermal Performance with Sheen Materials
Cooler Hotspots, Higher System Efficiency
Reduce hotspots in PV inverters and ESS systems. Improve heat flow from IGBT/MOSFETs, diodes, and magnetics to heat sinks or enclosures for stable, efficient operation.
Longer Service Life, Lower Failure Risk
High-reliability TIMs keep consistent contact over time. Helps resist thermal cycling and vibration, reducing failures and extending service life in power electronics.
Consistent Batches, Easier Qualification
Tight thickness control and stable compressibility enable repeatable assembly. Minimizes batch variation and re-validation effort for inverter and ESS qualification.
Faster Sampling, Scalable Mass Production
From rapid prototypes to volume production with controlled processes. Shorten development cycles, improve on-time delivery, and support multi-SKU programs.
Related Products
Discover product categories commonly used in this application. You can replace these cards with your own thermal materials, TIMs, foams, tapes, or soldering-related products.
Thermal Pads
Soft, conformable thermal pads for gap filling and reliable heat transfer in electronics.
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Thermal Grease
High-efficiency thermal grease solutions for CPUs, power modules, and industrial assemblies.
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Silicone Foam
Foam materials for sealing, cushioning, insulation, and fire-barrier applications.
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Thermal Tape
PSA laminated thermal tapes for fast assembly and consistent thermal interface bonding.
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Graphite Sheet
High in-plane conductivity graphite materials for heat spreading in compact devices.
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EMI Absorbers
EMI absorbing materials to reduce interference and improve signal integrity in electronics.
Browse ›Related Applications
Photovoltaic Inverter Thermal Materials Applications
Manage heat from IGBTs/MOSFETs and magnetics with low-resistance TIMs for stable, high-efficiency inverter operation.
Energy Storage Battery System Thermal Materials Applications
Improve temperature uniformity and reliability across modules, busbars, and power electronics using gap fillers, foam, and potting solutions.
DC-DC Converter / OBC Thermal Materials Applications
Reduce hotspots on SiC/GaN power devices and support long-term reliability with compliant TIMs and insulation-ready materials.
Related Markets
From photovoltaic inverters to EV and industrial electronics, Sheen materials support efficient cooling, insulation, safety, and long-term reliability.
