Transition to Energy-Efficient Buildings: The role of HYBRID ceramic panels

The European Commission has outlined an ambitious plan for the transition to zero-emission buildings by 2030, marking a significant step in combating climate change. According to this plan, there is a growing demand in the real estate market for houses with minimal heat loss, leading to a steady trend in the construction of energy-efficient buildings.

Standards in construction are constantly evolving towards reducing heat loss. For example, in 1990, a 100 m2 house had thermal losses of 6 kW, whereas by 2020, this figure had decreased to 3.75 kW. This trend demonstrates ongoing progress towards creating more energy-efficient buildings.

The achievement of high energy efficiency in construction has resulted in the adoption of HYBRID ceramic heating panels. These panels are characterized not only by high efficiency but also by ease of installation. For a 120 m2 house, only 6 such panels with a total power of 2.25 kW are sufficient. Moreover, their minimalist design and the ability to adjust the temperature in each room ensure comfort and savings.

The trend in the construction market shows changes in heating systems, leading to a shift away from traditional, powerful electric and gas boilers towards energy-efficient solutions such as HYBRID ceramic panels. These panels not only enable heating without the use of complex and expensive systems but also provide an environmentally friendly solution, contributing to emissions reduction and energy savings.

In general, investing in energy-efficient solutions in construction becomes not only a necessity, but also a profitable investment move, which contributes to both economic growth and environmental protection.