fbpx

Tritium NEVI System

Tritium is committed to supplying the fast chargers needed to satisfy the demand of the National Electric Vehicle Infrastructure (NEVI) Formula Program. Tritium’s NEVI-compliant system consists of four modular 150kW chargers connected to two 360kW power rectifier units. Tritium uses both the Open Charge Point Protocol (OCPP) and ISO15118 (Plug and Charge) standards, providing site hosts with the flexibility to deploy high-performing NEVI-awarded sites.

Tritium PKM150 Clear Footpath

NEVI Fast Chargers, Assembled in the USA

Fast and Convenient
Tritium’s NEVI system is built to power four EVs at 150kW each, providing up to 140 miles to an EV in 15 minutes.

Assembled in the USA
Our industry-leading Lebanon, Tennessee factory is home of production for the Tritium NEVI system. We have aggressive plans to employ more than 750 people to build fast chargers to meet rapidly growing demand for NEVI in the US, while supporting demand around the world. Tritium’s factory has been producing our modular fast chargers since July 2022.

Designed to Meet Buy America Requirements
Tritium sources domestic parts and components through the company’s network of suppliers and partners to achieve Federal Highway Administration (FHWA) Build America, Buy America Act requirements.

Reliable Hardware, Dependable Service
World-class reliability through an award-winning and field-tested architecture, and supporting service networks to enable site operators to achieve NEVI uptime requirements.

NACS Connector Option
Tritium plans to make NACS connectors available as an option during manufacture and as a retrofit kit for post-manufacture over the coming months.

Ready to learn more? Contact sales.

Tritium PKM150 Clear Footpath

Easy to Install, Own, and Operate

Capital Efficient
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.

Power Efficient
Tritium’s advanced load management algorithm makes the best use of available site power to maximize output to vehicles.

Built for High Uptime
With multiple chargers and power rectifier units, the Tritium NEVI system provides backup charger availability for higher site reliability and uptime.

Easy to Own and Service
Proprietary modular system designed for maximum reliability and serviceability.

Ready to learn more? Contact sales.

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.

Ready to learn more? Contact sales.
 

 

NEVI Fast Chargers, Assembled in the USA

Fast and Convenient
Tritium’s NEVI system is built to power four EVs at 150kW each, providing up to 140 miles to an EV in 15 minutes.

Assembled in the USA
Our industry-leading Lebanon, Tennessee factory is home of production for the Tritium NEVI system. We have aggressive plans to employ more than 750 people to build fast chargers to meet rapidly growing demand for NEVI in the US, while supporting demand around the world. Tritium’s factory has been producing our modular fast chargers since July 2022.

Designed to Meet Buy America Requirements
Tritium sources domestic parts and components through the company’s network of suppliers and partners to achieve Federal Highway Administration (FHWA) Build America, Buy America Act requirements.

Reliable Hardware, Dependable Service
World-class reliability through an award-winning and field-tested architecture, and supporting service networks to enable site operators to achieve NEVI uptime requirements.

NACS Connector Option
Tritium plans to make NACS connectors available as an option during manufacture and as a retrofit kit for post-manufacture over the coming months.

Ready to learn more? Contact sales.

Tritium NEVI System

Tritium is committed to supplying the fast chargers needed to satisfy the demand of the National Electric Vehicle Infrastructure (NEVI) Formula Program. Tritium’s NEVI-compliant system consists of four modular 150kW chargers connected to two 360kW power rectifier units. Tritium uses both the Open Charge Point Protocol (OCPP) and ISO15118 (Plug and Charge) standards, providing site hosts with the flexibility to deploy high-performing NEVI-awarded sites.

Tritium PKM150 Clear Footpath

NEVI Fast Chargers, Assembled in the USA

Fast and Convenient
Tritium’s NEVI system is built to power four EVs at 150kW each, providing up to 140 miles to an EV in 15 minutes.

Assembled in the USA
Our industry-leading Lebanon, Tennessee factory is home of production for the Tritium NEVI system. We have aggressive plans to employ more than 750 people to build fast chargers to meet rapidly growing demand for NEVI in the US, while supporting demand around the world. Tritium’s factory has been producing our modular fast chargers since July 2022.

Designed to Meet Buy America Requirements
Tritium sources domestic parts and components through the company’s network of suppliers and partners to achieve Federal Highway Administration (FHWA) Build America, Buy America Act requirements.

Reliable Hardware, Dependable Service
World-class reliability through an award-winning and field-tested architecture, and supporting service networks to enable site operators to achieve NEVI uptime requirements.

NACS Connector Option
Tritium plans to make NACS connectors available as an option during manufacture and as a retrofit kit for post-manufacture over the coming months.

Ready to learn more? Contact sales.

Tritium PKM150 Clear Footpath

Easy to Install, Own, and Operate

Capital Efficient
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.

Power Efficient
Tritium’s advanced load management algorithm makes the best use of available site power to maximize output to vehicles.

Built for High Uptime
With multiple chargers and power rectifier units, the Tritium NEVI system provides backup charger availability for higher site reliability and uptime.

Easy to Own and Service
Proprietary modular system designed for maximum reliability and serviceability.

Ready to learn more? Contact sales.

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.

Ready to learn more? Contact sales.
 

 

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

Tritium NEVI System

Tritium is committed to supplying the fast chargers needed to satisfy the demand of the National Electric Vehicle Infrastructure (NEVI) Formula Program. Tritium’s NEVI-compliant system consists of four modular 150kW chargers connected to two 360kW power rectifier units. Tritium uses both the Open Charge Point Protocol (OCPP) and ISO15118 (Plug and Charge) standards, providing site hosts with the flexibility to deploy high-performing NEVI-awarded sites.

Tritium PKM150 Clear Footpath

NEVI Fast Chargers, Assembled in the USA

Fast and Convenient
Tritium’s NEVI system is built to power four EVs at 150kW each, providing up to 140 miles to an EV in 15 minutes.

Assembled in the USA
Our industry-leading Lebanon, Tennessee factory is home of production for the Tritium NEVI system. We have aggressive plans to employ more than 750 people to build fast chargers to meet rapidly growing demand for NEVI in the US, while supporting demand around the world. Tritium’s factory has been producing our modular fast chargers since July 2022.

Designed to Meet Buy America Requirements
Tritium sources domestic parts and components through the company’s network of suppliers and partners to achieve Federal Highway Administration (FHWA) Build America, Buy America Act requirements.

Reliable Hardware, Dependable Service
World-class reliability through an award-winning and field-tested architecture, and supporting service networks to enable site operators to achieve NEVI uptime requirements.

NACS Connector Option
Tritium plans to make NACS connectors available as an option during manufacture and as a retrofit kit for post-manufacture over the coming months.

Ready to learn more? Contact sales.

Tritium PKM150 Clear Footpath

Easy to Install, Own, and Operate

Capital Efficient
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.

Power Efficient
Tritium’s advanced load management algorithm makes the best use of available site power to maximize output to vehicles.

Built for High Uptime
With multiple chargers and power rectifier units, the Tritium NEVI system provides backup charger availability for higher site reliability and uptime.

Easy to Own and Service
Proprietary modular system designed for maximum reliability and serviceability.

Ready to learn more? Contact sales.

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.

Ready to learn more? Contact sales.
 

 

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 NEVI System

Tritium is committed to supplying the fast chargers needed to satisfy the demand of the National Electric Vehicle Infrastructure (NEVI) Formula Program. Tritium’s NEVI-compliant system consists of four modular 150kW chargers connected to two 360kW power rectifier units. Tritium uses both the Open Charge Point Protocol (OCPP) and ISO15118 (Plug and Charge) standards, providing site hosts with the flexibility to deploy high-performing NEVI-awarded sites.

Tritium PKM150 Clear Footpath

NEVI Fast Chargers, Assembled in the USA

Fast and Convenient
Tritium’s NEVI system is built to power four EVs at 150kW each, providing up to 140 miles to an EV in 15 minutes.

Assembled in the USA
Our industry-leading Lebanon, Tennessee factory is home of production for the Tritium NEVI system. We have aggressive plans to employ more than 750 people to build fast chargers to meet rapidly growing demand for NEVI in the US, while supporting demand around the world. Tritium’s factory has been producing our modular fast chargers since July 2022.

Designed to Meet Buy America Requirements
Tritium sources domestic parts and components through the company’s network of suppliers and partners to achieve Federal Highway Administration (FHWA) Build America, Buy America Act requirements.

Reliable Hardware, Dependable Service
World-class reliability through an award-winning and field-tested architecture, and supporting service networks to enable site operators to achieve NEVI uptime requirements.

NACS Connector Option
Tritium plans to make NACS connectors available as an option during manufacture and as a retrofit kit for post-manufacture over the coming months.

Ready to learn more? Contact sales.

Tritium PKM150 Clear Footpath

Easy to Install, Own, and Operate

Capital Efficient
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.

Power Efficient
Tritium’s advanced load management algorithm makes the best use of available site power to maximize output to vehicles.

Built for High Uptime
With multiple chargers and power rectifier units, the Tritium NEVI system provides backup charger availability for higher site reliability and uptime.

Easy to Own and Service
Proprietary modular system designed for maximum reliability and serviceability.

Ready to learn more? Contact sales.

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.

Ready to learn more? Contact sales.
 

 

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 NEVI System

Tritium is committed to supplying the fast chargers needed to satisfy the demand of the National Electric Vehicle Infrastructure (NEVI) Formula Program. Tritium’s NEVI-compliant system consists of four modular 150kW chargers connected to two 360kW power rectifier units. Tritium uses both the Open Charge Point Protocol (OCPP) and ISO15118 (Plug and Charge) standards, providing site hosts with the flexibility to deploy high-performing NEVI-awarded sites.

Tritium PKM150 Clear Footpath

NEVI Fast Chargers, Assembled in the USA

Fast and Convenient
Tritium’s NEVI system is built to power four EVs at 150kW each, providing up to 140 miles to an EV in 15 minutes.

Assembled in the USA
Our industry-leading Lebanon, Tennessee factory is home of production for the Tritium NEVI system. We have aggressive plans to employ more than 750 people to build fast chargers to meet rapidly growing demand for NEVI in the US, while supporting demand around the world. Tritium’s factory has been producing our modular fast chargers since July 2022.

Designed to Meet Buy America Requirements
Tritium sources domestic parts and components through the company’s network of suppliers and partners to achieve Federal Highway Administration (FHWA) Build America, Buy America Act requirements.

Reliable Hardware, Dependable Service
World-class reliability through an award-winning and field-tested architecture, and supporting service networks to enable site operators to achieve NEVI uptime requirements.

NACS Connector Option
Tritium plans to make NACS connectors available as an option during manufacture and as a retrofit kit for post-manufacture over the coming months.

Ready to learn more? Contact sales.

Tritium PKM150 Clear Footpath

Easy to Install, Own, and Operate

Capital Efficient
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.

Power Efficient
Tritium’s advanced load management algorithm makes the best use of available site power to maximize output to vehicles.

Built for High Uptime
With multiple chargers and power rectifier units, the Tritium NEVI system provides backup charger availability for higher site reliability and uptime.

Easy to Own and Service
Proprietary modular system designed for maximum reliability and serviceability.

Ready to learn more? Contact sales.

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.

Ready to learn more? Contact sales.
 

 

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

The world’s smallest footprint DC charger

  • The world’s smallest footprint DC charger for flexible site location options
  • Easy and quick to install for faster return on investment
  • Supports a wide range of grid voltages
  • Designed to thrive in any environmental condition or temperature range
  • Access to real-time data
  • Custom branding