CTC Hot Water Collector
I. Wide Adaptability: Covering Centralized and Distributed Hot Water/Heating Needs in Diverse Scenarios
With stable performance and flexible installation methods, the CTC Hot Water Collector can accurately meet the core needs of various scenarios such as hotels, schools, hospitals, swimming pools, and rural distributed heating, making it a preferred equipment for clean energy applications in different fields.
In hotel scenarios, hotels need to provide 24-hour constant-temperature hot water for a large number of guest rooms every day, while also meeting the centralized water needs of logistics areas such as restaurants and laundry rooms. The peak water usage period is concentrated and lasts for a long time. The CTC Hot Water Collector can significantly improve the efficiency of hot water supply through large-scale deployment, avoid the problem of insufficient hot water supply of traditional gas or electric heating equipment during peak hours, and reduce the hotel's energy costs at the same time, which meets the dual demands of the hotel industry for "cost reduction and efficiency improvement" and "green operation".
For school scenarios, the water usage of teachers and students is characterized by "concentrated time periods and stable consumption". It is necessary to ensure the water supply for thousands of people's washing and canteen cleaning during the three peak periods (morning, noon, and evening) every day. The CTC Hot Water Collector can seamlessly connect with the school's existing water supply system, meet the daily hot water demand of 100-ton level through modular combination. Moreover, its long-term heat preservation and low energy consumption characteristics can greatly reduce the school's daily operation costs and contribute to the construction of "green campuses".
In hospital scenarios, hot water supply not only needs to meet the daily water needs of medical staff and patients, but also comply with the strict hygiene standards and stability requirements of the medical industry. The high-efficiency temperature control and water quality protection design of the CTC Hot Water Collector can ensure that the hot water temperature is stably maintained within the range that meets medical standards, while preventing the growth of microorganisms, providing safe and reliable hot water support for hospitals.
Swimming pool scenarios have strict requirements for the constant temperature and continuous supply capacity of hot water. The water in swimming pools needs to be maintained at a comfortable temperature of 26-28℃ for a long time. Traditional heating methods have high energy consumption and large temperature fluctuations. The CTC Hot Water Collector can continuously provide stable heat for the swimming pool water through high-efficiency heat collection and long-term heat preservation technology, reduce temperature fluctuations, and lower the energy consumption of swimming pool operation.
In rural distributed heating scenarios, rural residences are scattered and the low-temperature environment in winter is harsh. Traditional heating methods have the problems of "high energy consumption and uneven heating". The CTC Hot Water Collector adopts a modular design, which can flexibly customize the installation plan according to the building layout of rural residences, realizing "one system per household" or "joint energy supply for multiple households". It can still collect heat efficiently in a low-temperature environment below -20℃, providing warm and comfortable winter heating services for rural residents and contributing to the transformation of "clean heating" in rural areas.
II. Core Advantages: High Efficiency, Durability and Environmental Protection Empowered by Technology
1. High-Efficiency Heat Collection: High-Quality Triple-Glass Vacuum Tubes for Stable Heat Production Even in Low-Temperature Environments
The CTC Hot Water Collector is equipped with high-quality triple-glass vacuum tubes, which adopt advanced vacuum coating technology. The film absorption rate is as high as 0.95 or above, enabling efficient capture of solar radiation energy. Even in low-light environments such as cloudy days and hazy days, it can still maintain high heat collection efficiency. At the same time, the vacuum tubes have excellent resistance to thermal shock - even when suddenly exposed to high-temperature hot water in a low-temperature environment of -30℃, the tube body will not crack. It is perfectly suitable for the cold and changeable climate in northern winters, ensuring stable heat production throughout the year and solving the pain points of traditional vacuum tubes such as "easy cracking at low temperatures and poor heat collection in low light".
2. Long-Term Durability: Unique UHS Sealing Technology, Inner Tank Service Life Up to 15 Years
The CTC Hot Water Collector adopts the industry-unique UHS sealing technology for the inner tank end cover. Through special sealing processes and anti-corrosion materials, the inner tank end cover and the cylinder body are seamlessly connected, completely eliminating the problems of corrosion and water leakage at the joint between the end cover and the cylinder body due to long-term contact with hot water. Tested by authoritative institutions, this technology can keep the inner tank structurally stable in a long-term high-temperature and high-pressure operating environment, with a service life of up to 15 years, far exceeding the industry average inner tank life standard of 8-10 years, and greatly reducing the user's equipment replacement cost and maintenance frequency.
3. Long-Term Heat Preservation: Constant-Temperature Foaming + High-Pressure Injection, 360-Degree All-Round Heat Preservation
To reduce heat loss during hot water storage, the CTC Hot Water Collector adopts German constant-temperature integral foaming technology and one-shot high-pressure injection process to form a dense and uniform heat preservation layer. The thickness error of the heat preservation layer is controlled within ±1mm, realizing 360-degree all-round long-term heat preservation. Data shows that with this heat preservation technology, the water temperature drop of the hot water collector does not exceed 2℃ per hour after heat collection stops. Even in the low-temperature environment at night in winter, it can effectively reduce heat loss and ensure that users can use constant-temperature hot water at any time.
4. Flexible Adaptability: Modular Product Design for Building Integration
Considering the differences in building structures in different scenarios, the CTC Hot Water Collector adopts a modular design: the main body of the equipment can flexibly adjust the size and heat collection area of a single unit according to the actual conditions such as the building's roof area, load-bearing capacity, and installation space. At the same time, it supports the parallel or series combination of multiple units to form a large-scale heat collection system.
5. Environmental Protection: Fluoride-Free Foaming Materials, Conforming to Low-Carbon Development Concept
In terms of material selection, the CTC Hot Water Collector strictly complies with environmental protection standards and adopts environmentally friendly fluoride-free polyurethane foaming materials. These materials do not contain freon components that damage the ozone layer, meet the requirements of international environmental conventions, and will not cause pollution to the environment during production, use and recycling.
