The AC flex is an hybrid configurable second AC source input (1) or second AC load output (2):
- Generator and grid without need of an ATS (Automatic Transfer Switch)
- House & EV charger, House & AC coupling, Critical load & not critical load
Some examples of applications:
- AC coupling: When configured as an output, the AC flex allows the next inverter-chargers to work together with a standard solar grid inverter. This can be very interesting for retrofitting existing installations with batteries. The AC current from your existing inverter flows into the AC flex, which charges batteries and powers loads.
- Load shedding: The AC flex can be programmed to cut power supply in certain conditions (such as a blackout, or low battery levels, etc.) to conserve energy for essential appliances, ensuring uninterrupted power to critical loads. It can also be programmed to be activated according to certain conditions, which is useful for powering your loads based on your production.
- Genset: A diesel generator can be connected to this input to supply power. The next can start it automatically according to the conditions you have set.
- Hydro + wind power: As a sustainable alternative to diesel, a hydraulic or mini wind turbine can be connected to the AC flex to generate carbon-neutral electricity, either in AC coupling or as a voltage source.
- EV charger: Connect your EV charger to the AC flex port and know exactly what is consumed by your car, disconnect it in case of blackout or other different conditions (for example, if there is no solar and the battery drops below 50%).
- Vehicle to Load (V2L): This technology enables your vehicle to function as MobilePowerStations, providing electricity to power external devices and equipment. It has a wide range of potential applications, from powering tools and appliances on a worksite to providing emergency power during a blackout. To enable this feature, vehicles must have compatible hardware and software. This voltage source provided by the car can be connected to the AC flex and be an emergency voltage source.
- And more…