High-power water-cooled brushless motor dedicated to electric vehicles, rated power in 8 kW-20 kW, low running noise, good speed regulation performance, brushless motor is widely used in it is suitable for go-karts, scooters, electric bicycles, ATVs, electric bicycles.

Specifications

• Model: BLDC-HPM-10000W
• Voltage: 48V/ 72V/ 96V/ 120V
• Rated Power: 8kW-20kW
• Rated Current: 245A/165A/125A/95A
• Max Phase Current: 500A/500A/400A/300A
• Protection Class: IP54
• Cooling Method: Water-cooled
• Efficiency: 91%
• Phase Resistance (Milliohm): 3.1/48V; 6.0/72V; 18.0/120V
• Phase Induction(100KHZ): 34uH/48V; 77uH/72V; 252uH/120V
• Rated speed: 3700 rpm
• Casing: Alu Smartum
• Length (height): 170mm 
• Diameter: 206mm
• Weight:17 kg

Features

• 10 kW brushless DC motor has a compact design, water resistant, stainless steel shaft and self-cooling fan.
• An water-cooled brushless motor is easy to build and requires no additional equipment.
• If you want to build an electric motorcycle with plenty of air to provide cooling air, the cooling system will be your best choice.

Dimensions (Unit: mm)



Applications

10 kW brushless DC motors are suitable for cars, motorcycles, golf carts, ATVs, UTVs and yachts.

Tips: Advantages of water-cooled brushless DC motors for electric vehicles

• Brushless DC motors have a higher torque-to-weight ratio, which is important for electric vehicles because it allows us to achieve sufficient torque while making the vehicle lighter.
  Because water-cooled brushless DC motors do not have brushes, they are more reliable because there is less equipment to deal with. Therefore, it is also easy to maintain.
• Brushless DC motors are considered to be more energy efficient compared to brushed DC motors. Due to the lack of friction in the brushes, brushless DC motors are able to convert more electrical energy into mechanical energy, which is why they are more efficient than brushed motors.
• Due to the lack of friction in the brushes, water-cooled brushless DC motors can operate without generating any mechanical noise. As a result, electric vehicles can move more quietly.
• Unlike conventional DC motors that run with brushes, brushless DC motors do not produce sparks. This is an intriguing feature of brushless motors because it allows them to be used in environments where there is a risk of sparks. For example, in environments where combustible gases are present.