Solar on schools to boost future resilience

What's at stake

Who feels it

School principals, boards of trustees, school business managers, and students across up to 500 schools nationwide. Energy-constrained schools facing rising electricity costs are prioritised in Stage 1.

Money in play

$30 million government investment. Schools save up to $8,000 annually per installation. $6.7 million estimated revenue over 10 years from grid energy sales.

Timing

03 June 2026 (programme launch). First installations: Summer 2026/27 (80–100 schools). Programme completion: 2028.

How it works

Government funding allocation via Energy Efficiency and Conservation Authority (EECA), coordinated with Ministry of Education school diesel boiler replacement programme.

Key context

Schools install solar panels and battery systems; no change to school ownership of land or buildings.Payback period: 5–7 years. Schools then benefit from ongoing annual savings.Schools can sell excess energy back to the grid and retain revenue (estimated $6.7 million across all participating schools over 10 years).Standard system size: 30kW per school. Energy management systems installed at selected sites for real-time monitoring.Stage 1 (2026/27): 80–100 schools prioritised by highest energy cost increases; coordinate with your School Board and Ministry of Education on eligibility.Stages 2 & 3 (2027–2028): Wider rollout across remaining ~400 schools; timing and selection criteria TBC.Solar + batteries enable schools to function as community resilience hubs during emergencies (severe weather, grid outages).

Wider effects

Energy security and grid resilience (distributed generation). Climate emissions reduction aligned to NZ's carbon neutrality commitments. Education curriculum links to renewable energy and STEM learning.