For more sustainable and energy-efficient events.
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Designing battery-powered amplifiers requires optimized energy management. Powering them through DC/AC inverters often leads to system oversizing to handle acoustic peaks. Thanks to our patented technology integrated into the AEA, PikiP amplifiers and 230V/50Hz outputs use separate architectures, optimizing efficiency and reducing the cost of the autonomous system.

LiFePO4 batteries offer enhanced safety compared to lithium-ion batteries, thanks to better thermal and chemical stability, reducing the risks of overheating and explosion. They ensure a longer lifespan, a higher number of cycles, and more stable discharge while being more environmentally friendly due to the absence of cobalt.

Three energy stations (SE) can be synchronized via an RJ45 cable to generate a perfect phase shift of 2π/3. An external box combines the three P17 32A MONO (1P+N+PE) outlets into a single three-phase output on a P17 32A TETRA (3P+N+PE) socket.

PikiP Energy Stations can be connected to the grid like a photovoltaic power plant. The system automatically switches between injection (selling) in case of excess solar production and draw (buying) when battery levels are low or power demand is too high.

Our SE Energy Stations secure intermittent power networks with UPS technology, ensuring an instant switch to battery power in case of a grid outage. This ultra-fast transfer (<20 ms) guarantees uninterrupted operation of electronic equipment.

To prevent overloading a limited mains source, such as a 16A socket, our energy modules supplement power from the batteries, allowing a 32A output from a 16A socket!

Regulatory bodies are highly demanding, especially with new technologies. Our systems feature continuous monitoring of DC insulation, as well as Ground and Neutral faults. An automatic switch between TT and TNS grounding systems ensures compliance with standards and the protection of both equipment and people.