Even in the most remote locations, reliable power is never a concern.
Eliminate line charges and usage costs forever
Often cheaper than the cost of running new power lines to remote sites
Your power stays on even when the national grid fails.
Run your home on 100% clean, renewable energy
To ensure you never run out of power, we combine three essential technologies:
Solar Generation
High-efficiency panels designed to harvest energy even in low light
Battery Storage
Premium Lithium (LiFePO₄) batteries that store power for use at night and during storms
Backup Integration
A smart system that can connect to a backup generator for total peace of mind during long winter weeks
Every off-grid journey is different. We provide tailored engineering for:
Compact, efficient systems for simple living.
Full-scale power for modern appliances and everyday comfort
Powering remote sheds, pumps, and equipment without cables.
Solar panels are the primary energy source of an off-grid solar power system. They capture sunlight and convert it into direct current (DC) electricity, providing clean and renewable energy for the entire system. High-efficiency solar panels ensure stable power generation under various weather conditions, forming the foundation for reliable long-term off-grid operation.
The inverter converts the DC electricity generated by solar panels and stored in batteries into alternating current (AC) power suitable for household, commercial, or industrial use. In an off-grid system, the inverter also plays a critical role in voltage regulation, power distribution, and system protection, ensuring safe and stable power supply.
The transformer adjusts electrical voltage by stepping it up or down to match the requirements of different equipment or distribution systems. In off-grid solar applications, transformers improve transmission efficiency, reduce power losses, and ensure safe and reliable operation for high-power loads or long-distance power delivery.
The energy storage converter is the core interface between the solar generation system and the battery energy storage system. It manages bidirectional power flow, efficiently charging batteries when solar generation is high and discharging stored energy when demand increases or sunlight is unavailable, ensuring energy balance and extending battery lifespan.
Containerized energy storage systems integrate battery modules, power management, thermal control, and safety systems into a standardized container. Designed for fast deployment and flexible expansion, they provide reliable and scalable energy storage solutions for farms, remote areas, construction sites, and industrial off-grid applications.
Empowering New Zealand with sustainable solar and smart energy storage
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