German automotive components manufacturer ZF has found that its propane (R290)-based TherMaS thermal management system can increase the driving range of electric vehicles (EVs) by up to 30%, compared to an R1234yf-based system of similar capacity. <a href='https://naturalrefrigerants.com/zf-finds-r290-thermal-management-system-improves-ev-range-by-up-to-30-compared-to-r1234yf/' target='_blank' rel='noopener noreferer'>Read more on NaturalRefrigerants.com</a>.

German automotive components manufacturer ZF has found that its propane (R290)-based TherMaS thermal management system can increase the driving range of electric vehicles (EVs) by up to 30%, compared to an R1234yf-based system of similar capacity. Read more on NaturalRefrigerants.com.

German automotive components manufacturer ZF&nbsp;has found&nbsp;that its propane (R290)-based TherMaS thermal management system can increase the driving range of electric vehicles (EVs) by up to 30%, compared to an R1234yf-based system of similar capacity. <a href="https://naturalrefrigerants.com/zf-finds-r290-thermal-management-system-improves-ev-range-by-up-to-30-compared-to-r1234yf/" rel="noopener noreferrer">Read more on NaturalRefrigerants.com</a>.

ZF Finds R290 Thermal Management System Improves EV Range by up to 30% Compared to R1234yf

Your source for natural refrigerants news and reports from ATMOsphere, the world's leading independent market accelerator for clean cooling and natural refrigerant solutions. More info at www.ATMOsphere.cool.

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Your source for natural refrigerants news and reports from ATMOsphere, the world's leading independent market accelerator for clean cooling and natural refrigerant solutions. More info at www.ATMOsphere.cool.

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ZF Finds R290 Thermal Management System Improves EV Range by up to 30% Compared to R1234yf

ZF Finds R290 Thermal Management System Improves EV Range by up to 30% Compared to R1234yf