The most innovative electric radiators
Newatt is a range of electric radiators that utilize Newcore’s electric gel, applied directly onto ceramic or reflective surfaces, to generate heat. This special gel allows for increased product performance, reduced resource consumption, and optimal space utilization.
Achieving a product that functions using the electrical resistance of the Newcore gel to generate heat.
The client presented us with a very challenging project: the design and development of a range of electric radiators that utilize an electrically conductive gel applied directly onto reflective material. This technique allows for increased radiator performance and optimized space usage.
We designed a heater with heat emitters that is controlled via a remote control and can be combined with other systems.
This range of heaters is based on intelligent power control. The total power of the units is divided equally – 50% for radiant heat and 50% for convection – with each operating independently. These two power sources work together to achieve the ideal temperature in the room.
A product that emits radiant heat without drying out the air or creating drafts.
The final product uses less energy because when the room reaches the desired temperature, the radiator reduces its power to 50% to maintain it consistently. Furthermore, the heating emitters can be controlled using a remote control, allowing for the combination of different colours between the main panel and the surrounding frame profiles.
Remote control
The NEWATT remote control is a device specifically designed to operate NEWATT electric radiators.
This is an intelligent electronic control that regulates the power according to the radiation needed to maintain the target temperature, ensuring optimal energy consumption and maximum comfort.
To create a functional and aesthetically pleasing remote control for operating the NEWATT thermal emitters.
We developed electric radiators for our client, and to enable them to control the numerous functions of these devices, we were asked to design a remote control as a complementary product.
Development of a prototype with a timeless, simple design, and in line with its complementary product.
Several prototype designs were created in an effort to find the most suitable one. One of the prototypes was constructed using the final materials, in order to test its functionality, both mechanically and electronically.
A supplementary device for NEWATT radiators, designed to control and manage all of the product’s functions.
A remote control that complements Newatt’s heating emitters, featuring a timeless and simple design, in line with the accompanying product. One of its functions is to manage the multiple color combinations between the main panel and the profiles that form its perimeter frame.