Case Studies

CASE STUDY

Kept site within capacity and avoided a $200k upgrade

Puketaha School Re.Flex Case Study

Growing energy demand pushed a rural primary school near Hamilton beyond its 100A electricity supply, causing disruptive outages. When a conventional network upgrade proved too costly and slow, the need for a smarter, faster solution became clear.

Solution:

  • Real-time monitoring

  • HVAC demand control

  • Dynamic load management

Resulting in stable operations, no outages and $200k upgrade avoided.

CASE STUDY

Unlocked real-time energy visibility without replacing legacy meters

A tenanted property needed to plan electrical upgrades but had no visibility of actual energy use. The existing analogue meter provided no usable data, limiting the ability to make informed decisions.

Solution:

  • Re.Flex Hub installation

  • Real-time energy monitoring

  • No meter replacement required

Resulting in a low-cost installation to provide immediate real-time energy visibility, and a platform that can scale with future needs.

CASE STUDY

Efficient, scalable, and non-disruptive energy storage solutions for EV charging infrastructure.

A limited 200A network connection constrained plans for high‑power EV charging at a Waihi site, with conventional upgrades adding significant cost and disruption. By working within existing electrical limits, the project enabled fast charging while creating new value through integrated energy storage and grid services.

Solution:

  • Integrated two 180 kW chargers with a 150 kW / 300 kWh BESS

  • Intelligently manage high-power charging within the 200A network connection

  • Optimised costs and enabled energy‑market participation

Delivered fast, reliable EV charging while cutting energy costs, avoiding grid upgrades and unlocking new revenue.

CASE STUDY

Efficient, scalable, and non-disruptive energy storage solutions for EV charging infrastructure.

A limited 200A network connection constrained plans for high‑power EV charging at a Waihi site, with conventional upgrades adding significant cost and disruption. By working within existing electrical limits, the project enabled fast charging while creating new value through integrated energy storage and grid services.

Solution:

  • Integrated two 180 kW chargers with a 150 kW / 300 kWh BESS

  • Intelligently manage high-power charging within the 200A network connection

  • Optimised costs and enabled energy‑market participation

Delivered fast, reliable EV charging while cutting energy costs, avoiding grid upgrades and unlocking new revenue.