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SOLETKS Solar Distributed Heating System: Pioneering A New Paradigm For Green Heating
2025/09/11 11:09
Against the backdrop of the accelerated implementation of the global "Dual Carbon" goals and the transformation of energy structures, a "green revolution" in the heating sector is quietly unfolding. Traditional coal-fired and gas-fired heating not only suffers from high energy consumption and large carbon emissions but also poses safety hazards and incurs high long-term maintenance costs. In response to this trend, SOLETKS Group, leveraging over two decades of technological accumulation in the clean energy field, has launched its Solar Distributed Heating System. With four core advantages—energy efficiency & environmental friendliness, year-round reliability, easy operation, and customized solutions—this system provides efficient, safe, and sustainable heating solutions for households, communities, commercial premises, and agricultural production, redefining the new standard for green heating.
I. Energy Efficiency & Environmental Friendliness: Crafting a Low-Carbon Heating Blueprint with Unlimited Clean Thermal Energy
In today’s era of in-depth advancement of the "Dual Carbon" strategy, "carbon reduction" has become a core priority for development across industries, especially in the heating sector. SOLETKS’s Solar Distributed Heating System embraces green concepts from the source, taking solar energy—an "unlimited clean thermal energy"—as its core energy source. It completely breaks free from reliance on traditional fossil fuels, achieving "smoke-free, dust-free, and zero carbon emissions" throughout the entire heating cy![]( "正在上传...")
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cle.The system is equipped with SOLETKS’s independently developed high-weather-resistance selective absorption coating (blue-film) flat-plate collector, with a film heat absorption efficiency of over 95%—far exceeding the industry average. Even on cloudy days or in winter with weak sunlight, the collector can efficiently capture solar energy and quickly transfer heat to the heating circulation system through an optimized heat exchange structure. Data shows that for a 100㎡ residential house using this system for heating, it can reduce coal consumption by approximately 1.2 tons and carbon dioxide emissions by about 3 tons annually—equivalent to the carbon sequestration capacity of planting 167 mature trees.
Meanwhile, the system also features a "thermal energy recovery and reuse" function. During non-heating seasons, excess solar energy can be converted into domestic hot water, realizing "one device, two uses". In heating seasons, intelligent thermal energy regulation technology integrates indoor heat dissipation and system waste heat efficiently, further reducing energy loss. This "inexhaustible and renewable" clean heating model not only saves users from high gas and electricity expenses but also contributes to the transformation of the social energy structure, injecting green momentum into the achievement of "Dual Carbon" goals.
II. Year-Round Reliability: Medium Heat Transfer Technology Solving Safety Issues of Traditional Heating
"Pipe freezing in winter, pipe bursting in summer, and persistent leakage" are common pain points of traditional water-based heating systems, which not only affect heating efficiency but also may cause property damage. SOLETKS’s Solar Distributed Heating System innovatively adopts special anti-freeze heat transfer medium, fundamentally eliminating the safety hazards of traditional heating and ensuring "reliable operation throughout the year".
Unlike traditional water-based systems that use water as the heat transfer medium, the medium used in this system has the properties of not freezing at a low temperature of -35℃ and not boiling at a high temperature of 120℃, making it adaptable to extreme climate conditions in both northern and southern China. In the harsh winter of northern China, even when the outdoor temperature drops to -30℃, the medium can still circulate smoothly in the pipes, preventing pipe freezing and cracking. In the hot summer of southern China, the stable physical properties of the medium can prevent pipes from bursting due to high temperature and pressure.
In addition, the system adopts a fully sealed circulation structure, with seamless connection between pipes, collectors, and heat exchangers, completely eliminating "leakage" issues. Traditional heating systems require significant annual maintenance costs due to pipe aging and loose joints. However, the sealed structure design of SOLETKS’s Solar Distributed Heating System, combined with corrosion-resistant pipe materials, can extend the pipe maintenance cycle to more than 10 years. At the same time, the system is equipped with an "leakage alarm" intelligent monitoring function—once an abnormality occurs, it will immediately trigger an alarm and automatically cut off the circulation, further ensuring operational safety.
From installation to operation, and from winter to summer, SOLETKS’s Solar Distributed Heating System delivers stable performance with "zero safety hazards", allowing users to completely bid farewell to the "worries" of traditional heating and enjoy all-weather, full-cycle safe heating experience.
III. Easy Operation: Intelligent Control Design Making Heating "Accessible to All Ages"
"Complex operation and troublesome adjustment" are common perceptions of heating systems among many users, especially elderly users, who often fail to enjoy comfortable heating due to difficulties in setting parameters. SOLETKS’s Solar Distributed Heating System takes "user experience as the core" and builds a full-process intelligent control system, enabling both the elderly and children to operate it easily.
The system offers two control methods:
Touch-sensitive intelligent control panel: Installed in a prominent indoor location, it has a simple and clear interface with only three core function buttons—"temperature adjustment", "mode switching", and "timed on/off". Users only need to lightly touch the buttons to set the indoor temperature within the comfortable range of 18-26℃, switch between "heating mode" and "hot water mode" as needed, or set "timed on/off" (e.g., automatically turning on at 7 AM and off at 11 PM)—no complex parameter settings are required.
Mobile APP remote control: After binding the device via QR code scanning, users can check the system’s operating status in real-time (such as collector temperature, indoor temperature, and medium circulation speed) on their mobile phones and adjust heating parameters remotely. For example, users can turn on the "heating mode" on their mobile phones one hour before returning home, ensuring a warm and comfortable indoor environment upon arrival; if they forget to turn off the system during a business trip, they can also operate it remotely via the APP to avoid energy waste.
At the same time, the system is equipped with an "intelligent self-adaptation" function. It can automatically adjust heating power and temperature based on factors such as outdoor sunlight intensity, number of indoor occupants, and day-night temperature difference. For instance, when sunlight is sufficient during the day, the system automatically improves collector efficiency to reduce auxiliary energy consumption; when sunlight weakens at night, it automatically switches to "energy-saving insulation" mode to maintain stable indoor temperature. This "no manual intervention" intelligent operation mode makes heating simple and worry-free, truly realizing "easy to use for everyone".
IV. Customized Solutions: Tailored Designs Adapting to Diverse Heating Scenarios
Heating needs vary significantly among different users: residential houses focus on "comfort and energy efficiency", commercial premises emphasize "efficiency and stability", and agricultural greenhouses require "precision temperature control". SOLETKS’s Solar Distributed Heating System breaks the "one-size-fits-all" product model and provides tailored solutions for different scenarios through personalized design and modular combination.
For residential houses, the system can flexibly configure the number of collectors and pipe layout based on factors such as house area, layout structure, and orientation. For example, a 100㎡ three-bedroom house is usually equipped with 2-3 flat-plate collectors, installed on the balcony or roof; if the house has poor orientation, an "auxiliary electric heating module" can be added to ensure heating efficiency on cloudy days. Meanwhile, the system can be adapted to different indoor heat dissipation terminals such as floor heating and radiators, meeting users’ diverse heating needs.
For commercial premises (e.g., hotels, office buildings, shopping malls), the system adopts a "centralized heat collection + household-level heating" design. It collects solar energy centrally through a large collector array and distributes heat to each room via branch pipes. Each room can adjust the temperature independently, ensuring overall heating efficiency while meeting the personalized needs of different areas. Taking a hotel with 50 rooms as an example, after adopting this system, heating energy consumption is reduced by 60% compared to traditional gas-fired systems, saving approximately 150,000 yuan in annual energy costs.
In the agricultural sector, the system has developed a dedicated "constant temperature heating module" to meet the "precision temperature control" needs of planting greenhouses and breeding sheds. Through sensors that monitor indoor temperature and humidity in real-time, the system can automatically adjust heating power to stabilize the temperature in the shed within the 20-25℃ range required for crop growth. For example, in strawberry planting greenhouses, this system can effectively solve the problem of reduced strawberry yield caused by low winter temperatures, increasing strawberry yield per mu by more than 15%. At the same time, it reduces the impact of traditional coal-fired heating on indoor air quality in sheds, ensuring the safety of agricultural products.
In addition, SOLETKS provides "full-process customized services": from pre-site survey and scheme design to mid-term equipment installation and commissioning, and post-maintenance and upgrading, a professional team follows up the entire process. Users can choose different configuration plans (basic version, advanced version, flagship version) based on their budget and needs, truly realizing "customization on demand and optimal use of resources".
System operation principle diagram
Conclusion: Leading the Future of Green Heating with Technological Innovation
From the low-carbon concept of "energy efficiency & environmental friendliness" to the safety guarantee of "year-round reliability", from the user-friendly experience of "easy operation" to the scenario adaptation of "customized solutions", SOLETKS’s Solar Distributed Heating System is not just a product, but a new "green, safe, intelligent, and efficient" heating method.
As a leader in the global flat-plate clean thermal energy equipment field, SOLETKS Group has always been driven by technological innovation, integrating over two decades of scientific research achievements and industry experience into product design, and is committed to providing users with higher-quality clean energy solutions. In the future, SOLETKS will continue to deepen its focus on the solar heating field, continuously optimize system performance, expand application scenarios, and enable more users to enjoy the convenience and benefits of green heating, contributing more to the construction of a "zero-carbon society".
Choosing SOLETKS’s Solar Distributed Heating System means choosing warmth, safety, and responsibility—making every winter warm and comfortable, and every sky clear and blue.
