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150kW DC fast charger

Introducing the PKM150, Tritium’s unique approach to a modular and scalable direct current (DC) fast charging system designed for more cost-effective operations and infrastructure deployment. The PKM150 is the first charger in the PKM line and the first charger that enables Tritium’s shared power system, designed to reduce customers’ capital investment while maintaining high charger availability and power output to EVs.

Tritium PKM150 Daytime Shopping Scene
Tritium PKM150 Night Fleet EV Charging
Tritium PKM150 Clear Footpath
Tritium PKM150 Overhead Photo

Size Today,
Scale Tomorrow

  • Industry first DC microgrid design, creating a pool of shared power for the system’s chargers to access.
  • Exceed grid limits, by leveraging the pool of shared power to deliver higher charger availability and power output, with minimal capital investment.
  • Field-proven modular components for world-class reliability and serviceability.
Tritium PKM150 Daytime Shopping Scene

The Future Is Scalability

  • Invest in a truly scalable DC fast charging system, offering a cost-effective way to scale up charging sites with more charger power and scale out sites with more charging stations.
  • Optimal cost and power delivery per charging port.
  • Choose between 50kW, 100kW or 150kW of simultaneous power delivery for each charging station.
Tritium PKM150 Night Fleet EV Charging

Capital Efficient Infrastructure

  • Transmit power around the charging park at 950V DC rather than 400V alternating current (AC). This halves the gauge of cabling required to wire the site, which can lead to up to tens of thousands of dollars in savings for small charging parks and hundreds of thousands of dollars in savings for large charging parks.
  • Achieve twice the power as the RTM, within the same charging station enclosure.
Tritium PKM150 Clear Footpath

Twice the Reliability

  • World-class reliability through an award-winning and field-proven architecture.
  • Proprietary modular system designed for maximum reliability and serviceability.
  • Centralized AC/DC conversion, removing half of the power electronics failure surface from the charging station, which doubles the reliability of the power modules in the charging station.
Tritium PKM150 Overhead Photo

Why Tritium

Reduced Total Cost of Ownership

Small footprint, sealed enclosure and liquid cooled technology, reducing total cost of ownership by up to 37% over 10 years, compared to air-cooled systems.

Maximum Revenue and Real Estate Usage

Small footprint allows chargers to be installed anywhere and ensures site hosts do not lose car parking spaces.

Unique Modular and Scalable Charging

A modular ecosystem of chargers, components and modules, interchangeable between models and rigorously field tested.

 

 

 

Size Today,
Scale Tomorrow

  • Industry first DC microgrid design, creating a pool of shared power for the system’s chargers to access.
  • Exceed grid limits, by leveraging the pool of shared power to deliver higher charger availability and power output, with minimal capital investment.
  • Field-proven modular components for world-class reliability and serviceability.

Solar Racing

In 1999, team SunShark took third place at the World Solar Challenge and was awarded the GM Sunraycer Award for Technical Achievement. For the team, this award symbolized technical innovation that could be translated to commercial, real-world applications. The award also raised the team’s profile and sparked demand from other solar car racers for team SunShark’s products.

It was being part of this experience that made Tritium’s founders—Dr David Finn, Dr Paul Sernia, and James Kennedy—passionate about e-mobility. As a result, David, Paul, and James founded Tritium in 2001. The company first operated as a micro-business, selling the Gold Controller, a product which was first used in the SunShark and is still manufactured and sold today.

Photo of CAN Ethernet Bridge
Photo of WaveSculptor22 motor inverter
Photo of Tritium WaveSculptor200 motor inverter
Photo of CAN Ethernet Bridge

CAN Ethernet Bridge

  • Ethernet communication: 10/100 Mbit, RJ45 connector
  • CAN communications: standard industrial DB9 pinout
  • Power supply: 9-30V DC from CAN connector
  • Dimensions: 80 x 42 x 23mm
  • Mass: 30g
  • Environmental rating: IP4X
Download Manual
Photo of WaveSculptor22 motor inverter

WaveSculptor22 Motor Inverter

  • Peak power rating: 20kVA
  • Average power rating: up to 20kVA with water cooling
  • Motor type: three-phase, permanent magnet (BLDC) or induction
  • Cruise efficiency: 99.2%
  • Cooling method: cold plate (controller will self-limit temperature if necessary)
  • Environmental rating: IP42
  • Maximum battery voltage: 160V DC
  • Maximum motor current: 100Arms
  • Output waveform: Sinusoid
  • Communications: CAN bus
  • Dimensions: 255 x 165 x 35mm
  • Mass: 855g
Download Manual
Photo of Tritium WaveSculptor200 motor inverter

WaveSculptor200 Motor Inverter

  • Peak power rating: 165kVA
  • Average power rating: over 75kVA at 50°C ambient temperature
  • Motor type: three-phase, permanent magnet (BLDC) or induction
  • Cruise efficiency: 97%
  • Cooling method: liquid
  • Environmental rating: IP65
  • Maximum battery voltage: 450V DC
  • Maximum motor current: 300Arms
  • Output waveform: Sinusoid
  • Communications: CAN bus
  • Dimensions: 500 x 172 x 82mm
  • Mass: 8.5kg
Download Manual

CAN Ethernet Bridge

  • Ethernet communication: 10/100 Mbit, RJ45 connector
  • CAN communications: standard industrial DB9 pinout
  • Power supply: 9-30V DC from CAN connector
  • Dimensions: 80 x 42 x 23mm
  • Mass: 30g
  • Environmental rating: IP4X
Download Manual

150kW DC fast charger

Introducing the PKM150, Tritium’s unique approach to a modular and scalable direct current (DC) fast charging system designed for more cost-effective operations and infrastructure deployment. The PKM150 is the first charger in the PKM line and the first charger that enables Tritium’s shared power system, designed to reduce customers’ capital investment while maintaining high charger availability and power output to EVs.

Tritium PKM150 Daytime Shopping Scene
Tritium PKM150 Night Fleet EV Charging
Tritium PKM150 Clear Footpath
Tritium PKM150 Overhead Photo

Size Today,
Scale Tomorrow

  • Industry first DC microgrid design, creating a pool of shared power for the system’s chargers to access.
  • Exceed grid limits, by leveraging the pool of shared power to deliver higher charger availability and power output, with minimal capital investment.
  • Field-proven modular components for world-class reliability and serviceability.
Tritium PKM150 Daytime Shopping Scene

The Future Is Scalability

  • Invest in a truly scalable DC fast charging system, offering a cost-effective way to scale up charging sites with more charger power and scale out sites with more charging stations.
  • Optimal cost and power delivery per charging port.
  • Choose between 50kW, 100kW or 150kW of simultaneous power delivery for each charging station.
Tritium PKM150 Night Fleet EV Charging

Capital Efficient Infrastructure

  • Transmit power around the charging park at 950V DC rather than 400V alternating current (AC). This halves the gauge of cabling required to wire the site, which can lead to up to tens of thousands of dollars in savings for small charging parks and hundreds of thousands of dollars in savings for large charging parks.
  • Achieve twice the power as the RTM, within the same charging station enclosure.
Tritium PKM150 Clear Footpath

Twice the Reliability

  • World-class reliability through an award-winning and field-proven architecture.
  • Proprietary modular system designed for maximum reliability and serviceability.
  • Centralized AC/DC conversion, removing half of the power electronics failure surface from the charging station, which doubles the reliability of the power modules in the charging station.
Tritium PKM150 Overhead Photo

Why Tritium

Reduced Total Cost of Ownership

Small footprint, sealed enclosure and liquid cooled technology, reducing total cost of ownership by up to 37% over 10 years, compared to air-cooled systems.

Maximum Revenue and Real Estate Usage

Small footprint allows chargers to be installed anywhere and ensures site hosts do not lose car parking spaces.

Unique Modular and Scalable Charging

A modular ecosystem of chargers, components and modules, interchangeable between models and rigorously field tested.

 

 

 

Size Today,
Scale Tomorrow

  • Industry first DC microgrid design, creating a pool of shared power for the system’s chargers to access.
  • Exceed grid limits, by leveraging the pool of shared power to deliver higher charger availability and power output, with minimal capital investment.
  • Field-proven modular components for world-class reliability and serviceability.

150kW DC fast charger

Introducing the PKM150, Tritium’s unique approach to a modular and scalable direct current (DC) fast charging system designed for more cost-effective operations and infrastructure deployment. The PKM150 is the first charger in the PKM line and the first charger that enables Tritium’s shared power system, designed to reduce customers’ capital investment while maintaining high charger availability and power output to EVs.

Tritium PKM150 Daytime Shopping Scene
Tritium PKM150 Night Fleet EV Charging
Tritium PKM150 Clear Footpath
Tritium PKM150 Overhead Photo

Size Today,
Scale Tomorrow

  • Industry first DC microgrid design, creating a pool of shared power for the system’s chargers to access.
  • Exceed grid limits, by leveraging the pool of shared power to deliver higher charger availability and power output, with minimal capital investment.
  • Field-proven modular components for world-class reliability and serviceability.
Tritium PKM150 Daytime Shopping Scene

The Future Is Scalability

  • Invest in a truly scalable DC fast charging system, offering a cost-effective way to scale up charging sites with more charger power and scale out sites with more charging stations.
  • Optimal cost and power delivery per charging port.
  • Choose between 50kW, 100kW or 150kW of simultaneous power delivery for each charging station.
Tritium PKM150 Night Fleet EV Charging

Capital Efficient Infrastructure

  • Transmit power around the charging park at 950V DC rather than 400V alternating current (AC). This halves the gauge of cabling required to wire the site, which can lead to up to tens of thousands of dollars in savings for small charging parks and hundreds of thousands of dollars in savings for large charging parks.
  • Achieve twice the power as the RTM, within the same charging station enclosure.
Tritium PKM150 Clear Footpath

Twice the Reliability

  • World-class reliability through an award-winning and field-proven architecture.
  • Proprietary modular system designed for maximum reliability and serviceability.
  • Centralized AC/DC conversion, removing half of the power electronics failure surface from the charging station, which doubles the reliability of the power modules in the charging station.
Tritium PKM150 Overhead Photo

Why Tritium

Reduced Total Cost of Ownership

Small footprint, sealed enclosure and liquid cooled technology, reducing total cost of ownership by up to 37% over 10 years, compared to air-cooled systems.

Maximum Revenue and Real Estate Usage

Small footprint allows chargers to be installed anywhere and ensures site hosts do not lose car parking spaces.

Unique Modular and Scalable Charging

A modular ecosystem of chargers, components and modules, interchangeable between models and rigorously field tested.

 

 

 

Size Today,
Scale Tomorrow

  • Industry first DC microgrid design, creating a pool of shared power for the system’s chargers to access.
  • Exceed grid limits, by leveraging the pool of shared power to deliver higher charger availability and power output, with minimal capital investment.
  • Field-proven modular components for world-class reliability and serviceability.

150kW DC fast charger

Introducing the PKM150, Tritium’s unique approach to a modular and scalable direct current (DC) fast charging system designed for more cost-effective operations and infrastructure deployment. The PKM150 is the first charger in the PKM line and the first charger that enables Tritium’s shared power system, designed to reduce customers’ capital investment while maintaining high charger availability and power output to EVs.

Tritium PKM150 Daytime Shopping Scene
Tritium PKM150 Night Fleet EV Charging
Tritium PKM150 Clear Footpath
Tritium PKM150 Overhead Photo

Size Today,
Scale Tomorrow

  • Industry first DC microgrid design, creating a pool of shared power for the system’s chargers to access.
  • Exceed grid limits, by leveraging the pool of shared power to deliver higher charger availability and power output, with minimal capital investment.
  • Field-proven modular components for world-class reliability and serviceability.
Tritium PKM150 Daytime Shopping Scene

The Future Is Scalability

  • Invest in a truly scalable DC fast charging system, offering a cost-effective way to scale up charging sites with more charger power and scale out sites with more charging stations.
  • Optimal cost and power delivery per charging port.
  • Choose between 50kW, 100kW or 150kW of simultaneous power delivery for each charging station.
Tritium PKM150 Night Fleet EV Charging

Capital Efficient Infrastructure

  • Transmit power around the charging park at 950V DC rather than 400V alternating current (AC). This halves the gauge of cabling required to wire the site, which can lead to up to tens of thousands of dollars in savings for small charging parks and hundreds of thousands of dollars in savings for large charging parks.
  • Achieve twice the power as the RTM, within the same charging station enclosure.
Tritium PKM150 Clear Footpath

Twice the Reliability

  • World-class reliability through an award-winning and field-proven architecture.
  • Proprietary modular system designed for maximum reliability and serviceability.
  • Centralized AC/DC conversion, removing half of the power electronics failure surface from the charging station, which doubles the reliability of the power modules in the charging station.
Tritium PKM150 Overhead Photo

Why Tritium

Reduced Total Cost of Ownership

Small footprint, sealed enclosure and liquid cooled technology, reducing total cost of ownership by up to 37% over 10 years, compared to air-cooled systems.

Maximum Revenue and Real Estate Usage

Small footprint allows chargers to be installed anywhere and ensures site hosts do not lose car parking spaces.

Unique Modular and Scalable Charging

A modular ecosystem of chargers, components and modules, interchangeable between models and rigorously field tested.

 

 

 

Size Today,
Scale Tomorrow

  • Industry first DC microgrid design, creating a pool of shared power for the system’s chargers to access.
  • Exceed grid limits, by leveraging the pool of shared power to deliver higher charger availability and power output, with minimal capital investment.
  • Field-proven modular components for world-class reliability and serviceability.

Solar Racing

In 1999, team SunShark took third place at the World Solar Challenge and was awarded the GM Sunraycer Award for Technical Achievement. For the team, this award symbolized technical innovation that could be translated to commercial, real-world applications. The award also raised the team’s profile and sparked demand from other solar car racers for team SunShark’s products.

It was being part of this experience that made Tritium’s founders—Dr David Finn, Dr Paul Sernia, and James Kennedy—passionate about e-mobility. As a result, David, Paul, and James founded Tritium in 2001. The company first operated as a micro-business, selling the Gold Controller, a product which was first used in the SunShark and is still manufactured and sold today.

Photo of CAN Ethernet Bridge
Photo of WaveSculptor22 motor inverter
Photo of Tritium WaveSculptor200 motor inverter
Photo of CAN Ethernet Bridge

CAN Ethernet Bridge

  • Ethernet communication: 10/100 Mbit, RJ45 connector
  • CAN communications: standard industrial DB9 pinout
  • Power supply: 9-30V DC from CAN connector
  • Dimensions: 80 x 42 x 23mm
  • Mass: 30g
  • Environmental rating: IP4X
Download Manual
Photo of WaveSculptor22 motor inverter

WaveSculptor22 Motor Inverter

  • Peak power rating: 20kVA
  • Average power rating: up to 20kVA with water cooling
  • Motor type: three-phase, permanent magnet (BLDC) or induction
  • Cruise efficiency: 99.2%
  • Cooling method: cold plate (controller will self-limit temperature if necessary)
  • Environmental rating: IP42
  • Maximum battery voltage: 160V DC
  • Maximum motor current: 100Arms
  • Output waveform: Sinusoid
  • Communications: CAN bus
  • Dimensions: 255 x 165 x 35mm
  • Mass: 855g
Download Manual
Photo of Tritium WaveSculptor200 motor inverter

WaveSculptor200 Motor Inverter

  • Peak power rating: 165kVA
  • Average power rating: over 75kVA at 50°C ambient temperature
  • Motor type: three-phase, permanent magnet (BLDC) or induction
  • Cruise efficiency: 97%
  • Cooling method: liquid
  • Environmental rating: IP65
  • Maximum battery voltage: 450V DC
  • Maximum motor current: 300Arms
  • Output waveform: Sinusoid
  • Communications: CAN bus
  • Dimensions: 500 x 172 x 82mm
  • Mass: 8.5kg
Download Manual

CAN Ethernet Bridge

  • Ethernet communication: 10/100 Mbit, RJ45 connector
  • CAN communications: standard industrial DB9 pinout
  • Power supply: 9-30V DC from CAN connector
  • Dimensions: 80 x 42 x 23mm
  • Mass: 30g
  • Environmental rating: IP4X
Download Manual