High Voltage PTC Heater

Are You Facing These Thermal Management Challenges? 1.Slow heating in low-temperature environments Slow warm-up in winter Low efficiency of battery preheating Poor cabin comfort Impact on vehicle operational efficiency 2. Insufficient power for large vehicle models Low power output of conventional PTC Inadequate heat supply Unstable temperature during prolonged operation 3. Insufficient high-voltage safety Risk of electric leakage High-voltage insulation issues Overheating

Are You Facing These Thermal Management Challenges? 1.Slow heating in low-temperature environments Slow warm-up in winter Low efficiency of battery preheating Poor cabin comfort Impact on vehicle operational efficiency 2. Insufficient power for large vehicle models Low power output of conventional PTC Inadequate heat supply Unstable temperature during prolonged operation 3. Insufficient high-voltage safety Risk of electric leakage High-voltage insulation issues Overheating

EVLINK HVCH QA01 Series: The Synonym of Quality and Unparalleled After-Sales Service for Korean Electric Buses Product Introduction: In the harsh cold of Korean winters, where temperatures often plummet to -20℃, the task of maintaining a warm and inviting atmosphere inside electric buses becomes paramount. The EVLINK HVCH QA01 series PTC heater steps up as a beacon of comfort and reliability. Tailored specifically for this challenge, it ensures not just an efficient and

Are You Facing These Thermal Management Challenges? 1.Slow heating in low-temperature environments Slow warm-up in winter Low efficiency of battery preheating Poor cabin comfort Impact on vehicle operational efficiency 2. Insufficient power for large vehicle models Low power output of conventional PTC Inadequate heat supply Unstable temperature during prolonged operation 3. Insufficient high-voltage safety Risk of electric leakage High-voltage insulation issues Overheating

Are You Facing These Thermal Management Challenges? 1.Slow heating in low-temperature environments Slow warm-up in winter Low efficiency of battery preheating Poor cabin comfort Impact on vehicle operational efficiency 2. Insufficient power for large vehicle models Low power output of conventional PTC Inadequate heat supply Unstable temperature during prolonged operation 3. Insufficient high-voltage safety Risk of electric leakage High-voltage insulation issues Overheating

EVLINK HVCH QA01 Series: Prioritizing Safety in High Voltage PTC Heaters for Commercial Vehicles It is energy-efficient, helping to minimize power consumption and optimize overall system efficiency. The PTC heater is engineered to operate reliably in extreme temperature conditions, ensuring consistent heating performance. It provides rapid heat dissipation, reducing the risk of overheating and prolonging the lifespan of the heater. Product Introduction: In the frigid embrace

Are You Facing These Thermal Management Challenges? 1.Slow heating in low-temperature environments Slow warm-up in winter Low efficiency of battery preheating Poor cabin comfort Impact on vehicle operational efficiency 2. Insufficient power for large vehicle models Low power output of conventional PTC Inadequate heat supply Unstable temperature during prolonged operation 3. Insufficient high-voltage safety Risk of electric leakage High-voltage insulation issues Overheating

Are You Facing These Thermal Management Challenges? 1.Slow heating in low-temperature environments Slow warm-up in winter Low efficiency of battery preheating Poor cabin comfort Impact on vehicle operational efficiency 2. Insufficient power for large vehicle models Low power output of conventional PTC Inadequate heat supply Unstable temperature during prolonged operation 3. Insufficient high-voltage safety Risk of electric leakage High-voltage insulation issues Overheating

Are You Facing These Thermal Management Challenges? 1.Slow heating in low-temperature environments Slow warm-up in winter Low efficiency of battery preheating Poor cabin comfort Impact on vehicle operational efficiency 2. Insufficient power for large vehicle models Low power output of conventional PTC Inadequate heat supply Unstable temperature during prolonged operation 3. Insufficient high-voltage safety Risk of electric leakage High-voltage insulation issues Overheating

QB01-Series: The Vanguard of Superior Comfort in Electric Buses Introduction Specification: HVCH QB01 Series Heat Output 20-35kW HV Voltage Range DC 350-1100V LV Voltage DC 24V nominal Efficiency > 95 % Controllability Steps 100W Dimensions 365*313*123mm Weight 10kg Temperature Range for Heating -40 to 90 ℃ Temperature Range for Ambient -40 to 125 ℃ Communication CAN or LIN2.1 Dielectric Strength 3500 V (DC) IP Protection Class IP 67 EMC ECE R10 Rev. 5 Insulation Resistance

HVCH QA01 15-25kW DC High-Voltage PTC Heater EVLINK Heater DC power Product Introduction: In a groundbreaking partnership, EVLINK has joined forces with the University of Shanghai for Science and Technology to co-develop the innovative EVLINK HVCH QA01 series high-voltage PTC heater. Steeped in a rich history of scientific innovation, this collaboration brings together the best of research and practical application, manifesting a heater that showcases unique control

QB01-Series: The Vanguard of Superior Comfort in Electric Buses Introduction Our High Voltage PTC Heater operates silently and without vibration, providing a comfortable and quiet working environment. The heater is designed to be highly durable, with a rugged construction that can withstand harsh operating conditions. It is resistant to corrosion and chemical degradation, ensuring long-term performance and reliability. Specification: HVCH QB01 Series Heat Output 20-35kW HV

Are You Facing These Thermal Management Challenges? 1.Slow heating in low-temperature environments Slow warm-up in winter Low efficiency of battery preheating Poor cabin comfort Impact on vehicle operational efficiency 2. Insufficient power for large vehicle models Low power output of conventional PTC Inadequate heat supply Unstable temperature during prolonged operation 3. Insufficient high-voltage safety Risk of electric leakage High-voltage insulation issues Overheating

HVCH QB01 Series – Spearheading Excellence in High Voltage Coolant Heaters The heater is designed to be maintenance-free, with long intervals between servicing requirements. It is equipped with built-in diagnostics and self-monitoring capabilities, allowing for quick and accurate troubleshooting. The PTC heater offers excellent thermal efficiency, maximizing heat output while minimizing energy consumption. EVLINK is proud to present the HVCH QB01 series, a benchmark in high

Are You Facing These Thermal Management Challenges? 1.Slow heating in low-temperature environments Slow warm-up in winter Low efficiency of battery preheating Poor cabin comfort Impact on vehicle operational efficiency 2. Insufficient power for large vehicle models Low power output of conventional PTC Inadequate heat supply Unstable temperature during prolonged operation 3. Insufficient high-voltage safety Risk of electric leakage High-voltage insulation issues Overheating

Are You Facing These Thermal Management Challenges? 1.Slow heating in low-temperature environments Slow warm-up in winter Low efficiency of battery preheating Poor cabin comfort Impact on vehicle operational efficiency 2. Insufficient power for large vehicle models Low power output of conventional PTC Inadequate heat supply Unstable temperature during prolonged operation 3. Insufficient high-voltage safety Risk of electric leakage High-voltage insulation issues Overheating

Are You Facing These Thermal Management Challenges? 1.Slow heating in low-temperature environments Slow warm-up in winter Low efficiency of battery preheating Poor cabin comfort Impact on vehicle operational efficiency 2. Insufficient power for large vehicle models Low power output of conventional PTC Inadequate heat supply Unstable temperature during prolonged operation 3. Insufficient high-voltage safety Risk of electric leakage High-voltage insulation issues Overheating

Are You Facing These Thermal Management Challenges? 1.Slow heating in low-temperature environments Slow warm-up in winter Low efficiency of battery preheating Poor cabin comfort Impact on vehicle operational efficiency 2. Insufficient power for large vehicle models Low power output of conventional PTC Inadequate heat supply Unstable temperature during prolonged operation 3. Insufficient high-voltage safety Risk of electric leakage High-voltage insulation issues Overheating

Are You Facing These Thermal Management Challenges? 1.Slow heating in low-temperature environments Slow warm-up in winter Low efficiency of battery preheating Poor cabin comfort Impact on vehicle operational efficiency 2. Insufficient power for large vehicle models Low power output of conventional PTC Inadequate heat supply Unstable temperature during prolonged operation 3. Insufficient high-voltage safety Risk of electric leakage High-voltage insulation issues Overheating

Are You Facing These Thermal Management Challenges? 1.Slow heating in low-temperature environments Slow warm-up in winter Low efficiency of battery preheating Poor cabin comfort Impact on vehicle operational efficiency 2. Insufficient power for large vehicle models Low power output of conventional PTC Inadequate heat supply Unstable temperature during prolonged operation 3. Insufficient high-voltage safety Risk of electric leakage High-voltage insulation issues Overheating