The radiator-computer heats for free and ecologically thanks to the heat released by the high-performance microprocessors it embeds. The latter, by carrying out complex computer operations for companies, release heat which is directly dissipated to heat apartments, public buildings, offices, etc. The user always controls his heating instructions. The more heat it wants, the more the QH·1 performs computer calculations, which pass through the optical fiber.
QH·1 significantly reduces energy consumption and the carbon footprint of computing and heating.
Its energy and ecological virtues are attested by a Title V System, within the framework of the Thermal Regulations.
Thanks to Home by Qarnot, it is possible to control the QH·1 remotely and to follow the evolution of the data captured by the machine.
Home by Qarnot is a service in its own right that relies on sensors and modules integrated into the radiator (which can be activated and deactivated freely): air quality, intrusion detection, wifi module and wireless charging (QI). For overall management of the building, the Home by application
Qarnot can be associated with our OASIS software which will allow all the data collected by the building to be traced and visualized (also from third-party sensors): energy management, comfort, air quality, room occupancy, intrusion alerts, maintenance, ticketing, etc.
Once the investment has been made, there are no longer any operating costs. Indeed, Qarnot supports the electricity consumed
by the radiators, the maintenance, and the replacement of the latter, throughout the duration of the contract.
DIMENSIONS : 65 x 63 x 15cm
POWER : 650W
NOISE : 0 dB
MATERIALS : Wood and aluminum
SENSORS : Temperature, CO2, humidity and motion detector
INTERFACES : Mobile app
WEIGHT 33 kg
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