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Anforderungen und Herausforderungen der Energiebranche

Der Energiesektor benötigt Leiterplatten, die rauen Umgebungen, schwankenden Belastungen und einer langen Lebensdauer standhalten. Ob in der Energieumwandlung, der Energiespeicherung oder in erneuerbaren Netzsystemen – Ihre Leiterplatten müssen thermisch zuverlässig, elektrisch stabil und mechanisch robust sein. SprintPCB unterstützt den globalen Wandel hin zu intelligenterer, saubererer Energie mit leistungsstarken, langlebigen und thermisch stabilen Leiterplattenlösungen.

Hohe Wärmeleitfähigkeit
Leistungsdichte & Strombelastbarkeit
Lange Lebensdauer
Umweltbeständigkeit
Signalintegrität in Leistungskommunikationsmodulen

ApplicationsWeSupport

Battery management systems (BMS)

PCBs for management of mobile battery systems. Demands are thermal management, long lifespan and size contraints due to power density.
Energy storage systems (ESS)

PCBs for battery/thermal management and control systems. Demands are thermal management, long lifespan and size contraints due to power density.
High voltage control

PCBs for measurement and control in high voltage environments. Demands are isolation distances, controlled stack-ups and mission critical function.
High voltage isolation management

PCBs for high voltage protection surveilance. Demands are high voltage isolation (air gap) and long service life in harsh environments.
Voltage converters

PCBs for solar panel parks, windmills or battery. Demands are heat management and long lifespan. Battery management systems often have demands for a high-density design as well.
Transformer management

PCBs for transformer control, performance management and protection. Demands are high voltage isolation (air gap) and long service life in harsh environments.
Power factor correctors

PCBs for PFC-units (power factor correctors), within building or industrial drives with large AC-consumers like AC-motors, etc. Demands are typically long lifespan and durable design.
Mixed energy management systems

PCBs for power conversion, management and control. Demands are thermal management, long lifespan and size contraints due to power density.