IDÉNERGIE'S SMART RENEWABLE ENERGY HOME SOLUTION
HOW OUR HOME SYSTEM WORKS
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One platform… endless configurations
BATTERY CHARGER
To charge your residential batteries
and use power at night.
AC INVERTER
To power your home or cottage with AC
current and sell energy to the grid.
ELECTRIC VEHICLE CHARGER
To charge your car batteries and even
use them as extra storage.
MAIN CONTROL UNIT (MCU)
To communicate with the grid and
sell power if appropriate.
Designed with electricians and owners in mind
- Using our upcoming online design tool, design your solar project with the assistance of your electrical contractor.
- Select your enclosure/electrical box, adapted to your current and future needs.
- Have your electrician install the enclosure on a wall and also install the required modules, and make the required connections with your solar panels, household batteries and your AC electrical panel.
- Depending on your evolving needs, install additional modules and functionalities as needed.
- Replacement modules can be sent by express mail and replaced by the user.
Step 1
Ask a certified electrician to connect the docking bay to peripherals
Step 2
Insert the modules into the docking bay
Step 3
Connect the modules to the MCU and enjoy the potential of renewable energy!
Smart-grid compatibility
The communication module integrated within the main control unit manages the energy of each module to ensure optimal power conversion and usage. It also allows for seamless communication with your local utility company; depending on the time of the day and grid condition, your service provider will be able to talk to your system and buy electricity at preferential rates, to help better manage the electrical demand on its network. The MCU can also command your installation to maximize stored power, providing you with savings during peak periods.
Modular and Scalable
Our modular system allows you to install a multitude of modules that communicate together thanks to a high-speed fibre optics communication system (up to 3.5 Mbps).
Each module is electrically insulated and monitored in real time to ensure the stability of your system and to manage each power source and load in your installation
Power modules
Technical specifications
Battery charger: 2.1 kilowatts
AC inverter: 2.4 kilowatts
EV charger: 6 kilowatts
Output voltage
AC Inverter: 120 VAC
(240 VAC Split phase)
Maximum current (at 48 V)
85 A
Switching technology
SiCMOS based high frequency
Optic fiber – up to 3.5 Mbps Solar input voltage
Up to 660 Vdc
Cooling
Natural convection
Programming
API, Web app, Bluetooth
Efficiency
Up to 98%
Message to early adopters
We are looking for beta testers in Quebec and its surrounding regions, who have plans to build a solar installation or open to test our products as part of their current system before we engage in full-scale commercialization, at the end of 2017. Please contact us to receive more information on our beta test program, its terms and conditions, and incentives by filling out the following form.
