Skip to main content
GrowAG Logo
Organisations

Kuga Energy

Kuga Energy is a trusted Australian renewable energy company delivering tailored solar, battery storage, and hybrid power solutions to the agriculture and horticulture industries. We specialise in helping growers, packhouses, irrigators, and processors reduce energy costs, improve reliability, and operate more sustainably.

With rising energy prices and the growing need for energy independence, many agricultural businesses are turning to renewable energy. Kuga Energy works directly with growers to design and install high-performance solar and battery systems that suit the operational demands of farms and remote sites — including off-grid and fringe-of-grid locations. Our solutions are designed to match renewable energy generation with energy use patterns across pumping, irrigation, cold storage, and processing.

Our in-house team of Clean Energy Council-accredited engineers and project managers provides complete end-to-end services: from feasibility studies and energy audits through to system design, grid or off-grid approvals, installation, and ongoing maintenance. For clients without upfront capital, we offer Power Purchase Agreements (PPAs) and help access government incentives like VEECs and STCs to enhance project ROI.

Kuga has delivered a range of innovative projects including ground-mount solar arrays on farmland, floating solar on dams to reduce evaporation and improve water quality, and containerised off-grid battery systems that minimise diesel usage and emissions.

We understand the challenges unique to the horticulture sector — such as seasonal variability, remote site access, and high peak loads — and design systems to meet these needs with minimal operational disruption.

By combining renewable technology with practical on-farm knowledge, Kuga Energy is helping transform how Australia’s growers produce and consume energy. Our goal is to empower the sector to thrive sustainably, reduce input costs, and future-proof operations with smart, reliable energy systems.

Share