Solar Energy

The heating takes a major share (80 %) of the energy consumption in residential sector. Households need thermal energy, but most of them uses conventional energy causing pollution and CO2 emissions, instead of using solar energy. Despite the availability and sustainability of solar energy, its usage is much less than the potential. At the same time, thousands of people are dying each year because of pollution caused by fossil fuels burning.

SolaH is a smart controller for solar thermal systems. It is a novel device that can intelligently optimize all sources and consumers of heating energy in order to maximize the saving and to be energy efficient by itself. The controller increases the share of the sustainable solar energy usage and provides an easy incorporation with existing heating systems. It allows precise control, monitoring, effective usage of solar energy and significant cost reduction.

SolaH provides the following benefits for the customers:
● Affordable price
● Variety of easy to use user interfaces
● Rich connectivity
● Advanced control for extra savings
● Advanced protections for high reliability

Currently SolaH is available in two models:
● SolaH D – designed for domestic usage
● SolaH I – fits best for industrial applications, because it has more inputs and outputs ports.

Historically SolaH I was the device that we originally designed with many nice features and comprehensive number of inputs and output that the customer might need.

SolaH D has reduced number of outputs, just enough for the common customer (2 pumps, 1 heater, 1 discrete 220 V, 1 discrete 12 V and 1 for motor-driver valve), but it is very affordable, smart, has rich connectivity (WiFi, Bluetooth and Ethernet) and various UIs (display, standalone web UI, home automation integration and our web platform).

For more details about SolaH D model click here.

For more details about solaH I model click here.

SolaH can also precisely control the pan/tilt of the solar panels array according to daily sun movement with no additional sensors. This feature significantly increases the efficiency and solves the problem with the extra energy during the hot days by automatically turning the array on the opposite sun direction.