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Three energy stations (SE) can synchronize via an RJ45 cable, creating a perfect phase shift of 2Pi/3 between them. Through an external unit, the 3 P17 32A MONO sockets (1P+N+PE) are combined to output in three-phase through a P17 32A TETRA socket (3P+N+PE).
When our PikiPEnergy solutions are not in operation, they can be connected to the electrical grid like a photovoltaic power plant. The system is then capable of automatically switching connections to the electrical grid, either to inject (sell) electricity when solar production is surplus and the batteries are full, or to draw (buy) electricity when the battery level is low or power demand exceeds its capabilities.
Our energy stations (SE) can be used to secure an intermittent network. The UPS technology allows for an instantaneous switch to battery power in case of a power outage. This transfer is so quick (<20 ms) that the operation of electronic equipment will not be disrupted.
To prevent overloading from a limited mains source, such as a 16A socket, our energy modules can supplement power from the batteries. This allows reproducing a 32A output from a 16A socket!
The design of professional battery-powered amplifiers involves a different energy management approach. Powering them with alternating current through DC/AC inverters becomes questionable to avoid oversizing the system, which is essential to support acoustic peaks. Thanks to our patented technology, found in the AEA, PikiP amplifiers and 230 V / 50 Hz outlets are managed on separate electrical architectures, optimizing overall efficiency and the cost of the autonomous system.
Our amplifiers are AES3-compatible, simplifying wiring management and reducing the number of analog-to-digital conversions.
A 'line source' system is not always suitable for stages smaller than 30 meters. Conversely, the use of 'point source' speakers is limited in terms of acoustic pressure and arrangement. Constant curvature technology provides versatility to a speaker, which can be used alone or coupled without interfering patterns.
At high levels, due to inertial boundary layer separations - the occurrence of disturbances in the air - the sound level at the outlet of a vent can collapse by 30%, as well as its efficiency. A polynomial vent with low particle velocity eliminates distortions at high levels and ensures the maintenance of efficiency and frequency response, regardless of the level.
This technology focuses the sound level on the audience and avoids noise pollution for residents and artists on stage. Our subwoofers are pseudo-omnidirectional, facilitating this type of setup.
The efficiency, sensitivity, and sound quality of a well-designed horn are unparalleled!
These are horns designed to maintain constant directivity up to 16 kHz to ensure uniform coverage of the audience.
This is the latest speaker or compression driver technology, where two transducers are aligned and assembled to form a single unit. It allows for a single sound source to achieve coherence and reduce speaker size.
Energy sobriety involves reducing energy consumption through lifestyle changes and social transformations. This implies, among other things, improving the efficiency of the electrical systems we use in our daily lives and during moments of enjoyment.
With the increasing power of available amplification, the electro-acoustic industry has gradually moved away from this goal.
At PIKIP SOLAR SPEAKERS, we are taking the opposite path. Recognizing that no metric existed to quantify the consumption of a speaker, PikiP has developed the ACOUSTIC EFFICIENCY label. This label allows you to instantly know the energy class of a speaker. The unit used is the watt for a sound level equivalent to 102 dBA. The lower the value, the more efficient and, therefore, energy-savvy the system is!
