Enhance your purchase of with our professional installation services. Our skilled technicians can set up your new product to your exact specifications, ensuring a seamless and hassle-free experience. Installation is available as an optional add-on.
Need a customised solution?
We can modify and adapt your product to perfectly suit your specific needs. Ask us about variations.
Couldn't load pickup availability
Description
The Smart Power Cell (SPC) is an innovative hybrid power solution designed by Decon Corporation to provide continuous and reliable energy to critical infrastructure during power outages and natural disasters. It combines renewable energy sources like solar power, Sodium Metal Chloride battery storage and backup generators, ensuring seamless power supply even in the most challenging conditions. Originally developed for use at mobile transmission tower sites across Australia, the SPC has become an essential tool for maintaining telecommunications during emergencies, particularly in areas prone to bushfires, floods, and storms.
The SPC stands out due to its intelligent energy management system, which optimises power usage by switching between solar, battery, and generator modes based on real-time demand. This adaptability reduces dependency on traditional fuel-powered generators, lowering emissions and operational costs. By prioritising renewable energy and battery storage, the SPC supports sustainability goals while enhancing disaster resilience for remote and regional communities.
The compact, modular design of the Smart Power Cell allows it to be easily deployed in various locations, from urban centers to remote outposts. Its robust construction is built to withstand harsh Australian environments, and its plug-and-play configuration makes it suitable for both temporary and long-term applications. Decon’s Smart Power Cell has been widely recognised as a critical asset in Australia’s push toward resilient and sustainable infrastructure, offering a practical solution for uninterrupted power supply in challenging scenarios.