OEPL provides precision thermal management and power conversion solutions specifically engineered for the unique challenges of the energy & power sector.
Our engineers specialize in custom thermal and power designs for Selco partners. Discuss your specs with us today.
Phase 2 Engineering Support →The Challenge: A leading EV charging infrastructure provider needed high-efficiency power conversion modules capable of withstanding extreme outdoor temperature fluctuations while maintaining >98% efficiency to reduce grid strain.
The Solution: OEPL integrated our cutting-edge SiC MOSFET modules into their central conversion hubs. Unlike traditional IGBTs, the SiC components allowed for higher switching frequencies, reducing the size of internal passive components by 40% and enabling fanless, conduction-cooled cabinet designs.
The Result: A 15% increase in total power delivery to the vehicle per charging session and a dramatic reduction in maintenance costs due to the elimination of active cooling fans.
The Challenge: A massive solar farm installation experienced unacceptable power losses during peak summer temperatures, triggering thermal shutdowns in their legacy string inverters.
The Solution: We retrofitted their systems with OEPL's high-power Chassis Mount DC-DC Converters and advanced Bimetal Thermal Protectors. The heavy-duty chassis modules utilized the metal inverter housing as a massive heatsink, while the precision thermal cutouts provided reliable safety overrides without false tripping.
The Result: The solar farm achieved a 99.9% uptime over the summer peak season, recovering over $2.5M in previously lost energy revenue.
Our comprehensive range of precision components and thermal management solutions is engineered to meet the highest industry standards. Designed for mission-critical applications, these products ensure optimal performance, reliability, and longevity in demanding environments. Whether integrated into advanced medical devices, rugged industrial automation systems, or high-efficiency renewable energy infrastructure, our components deliver uncompromising stability under fluctuating thermal and electrical conditions.
Adhering strictly to global safety and environmental directives, our product lineup is fully compliant with RoHS and REACH regulations, ensuring minimal environmental impact and maximal operational safety. We utilize advanced manufacturing processes to achieve tight tolerances and superior thermal dissipation characteristics. Features include ultra-low electromagnetic interference (EMI), high dielectric strength, and broad operating temperature ranges designed to withstand extreme thermal cycling.
*For detailed dimensional drawings, absolute maximum ratings, and specific certifications, please refer to the individual product datasheets or contact our technical support team for customized engineering solutions.*