How proven technology, local expertise, and 100% renewable energy are accelerating New Zealand’s sustainable transport journey.
A Charge in the Heart of the South Island
In the alpine town of Twizel, where icy winter mornings can dip to -10°C and summer afternoons soar past 30°C, a new EV charging hub is setting the pace for New Zealand’s clean transport future.
At the popular Musterer’s Hut Café on Ruataniwha Road, drivers can now pull in, plug in, and power up in minutes. Whether towing boats to Lake Ruataniwha, heading to the ski fields, or traveling between Christchurch and Queenstown, EV owners now have a fast, reliable stop that runs on 100% renewable energy.
The Big Picture: Meeting New Zealand’s EV Goals
New Zealand’s electric vehicle adoption is growing rapidly, with nearly 121,000 light EVs on the road as of May 2025. Yet infrastructure is still catching up, there are currently around 1,200 public charge points nationwide, just one for every 84 EVs. The government’s goal is clear: 10,000 public chargers by 2030.
Projects like Twizel are essential stepping stones to making that target a reality, especially in regions where access to fast, reliable charging can make or break travel plans.
A Strategic Partnership Driving Change
Since forming their strategic partnership in April 2023, Tritium and Jump Charging have been reshaping New Zealand’s EV charging landscape. Tritium and Jump Charging have been working to transform New Zealand’s EV charging landscape.
Tritium brings more than two decades of engineering expertise and a track record in delivering reliable DC fast charging solutions worldwide. Jump Charging complements this with deep local market knowledge, a commitment to service excellence, and the agility needed to deploy and maintain infrastructure in diverse and often challenging locations.
Together, they have focused on delivering fast, visible, and accessible charging, with Tritium’s PKM and RTM platforms forming the foundation of their growing network.
The Twizel Installation: Engineering Meets Environment
The Twizel site features Tritium’s PKM150 chargers-known for their modular, scalable design-configured to meet both high traffic volumes and the town’s challenging climate.
With IP65-rated enclosures and advanced thermal management systems, these chargers operate reliably through sub-zero winter mornings and high summer heat. Their modular design allows for straightforward expansion as demand increases, while sealed enclosures protect critical components in remote environments.
“Jump has a longstanding relationship with Tritium — we know the products inside out,” said Jump Charging. “For this project, we needed a scalable and expandable DC microgrid that would stand up to Twizel’s harsh environment. The superior IP rating of the equipment made it a logical choice.”
Looking Ahead
As New Zealand advances toward its sustainable transport targets, the partnership between Tritium and Jump Charging demonstrates how technology providers and local experts can work together to overcome infrastructure challenges. The Twizel installation is more than a milestone; it is a model for how high-quality engineering, strategic collaboration, and renewable energy can come together to deliver lasting impact.
“Partnerships like Jump Charging are great to collaborate with because it brings Tritium’s technology to life, delivering fast, reliable, and renewable charging experiences to EV drivers across New Zealand,” said Jennifer McClure, Vice President, Customer Operations at Tritium.
For information on Tritium charging solutions, contact [email protected].
Sources
Energy Efficiency & Conservation Authority (EECA)
- As of October 2024, there are over 1,200 public charging points in the country
- The Government has committed to accelerate electric vehicle charging infrastructure with a comprehensive, nationwide network of 10,000 public EV chargers by 2030
Ministry of Business, Innovation & Employment (NZ)
- Electric vehicle uptake is on the rise (nearly 121,000 light EVs in New Zealand)