EFPC Large Panel Collector: An Efficient And Stable Clean Energy Heating Solution

EFPC Large Panel Collector: An Efficient and Stable Clean Energy Heating Solution

As an innovative product focusing on professional heating scenarios, the EFPC Large Panel Collector is widely applicable to two core fields—regional centralized heating and industrial clean heat utilization—thanks to its outstanding performance and convenience advantages. In the scenario of regional centralized heating, whether it is for residential communities in northern cities, centralized heating projects in towns and townships, or large commercial complexes, schools, hospitals, and other public buildings, its strong heat collection and supply capacity can meet the large-scale and stable heating needs. In the context of industrial clean heat utilization, it can provide continuous clean thermal energy for industrial production links such as food processing, textile printing and dyeing, and chemical reactions, replacing traditional coal-fired and gas-fired heating methods and helping industrial enterprises achieve low-carbon transformation.

The core advantage of this product first lies in its "ultra-high heat collection efficiency"—its heat collection efficiency is 30% higher than that of ordinary flat-panel collectors, and the instantaneous efficiency per unit area even reaches 80.1%, a figure far exceeding the industry average. The key support for this lies in the adoption of advanced blue film technology, which not only achieves the dual advantages of high absorption rate and low emission rate (efficiently capturing solar energy while reducing heat loss) but also ensures no exposed connection parts by thickening the collector body and optimizing the structural design, fundamentally reducing heat loss and making thermal energy utilization efficiency "stand out from the crowd".

Stability and reliability are another major highlight of the EFPC Large Panel Collector. The product adopts a high design pressure standard and is matched with a large-area panel structure, which greatly reduces the number of connection points. The number of basic connection points is reduced by more than 50% compared with traditional products, and the number of series connection points is directly reduced by 80%, fundamentally lowering the risk of leakage. Particularly prominent is its equipped HTC quick-connection patented technology—no complex tools are required, and the pressure resistance standard can be easily met only through manual operation. A simple hand-tightened connection can achieve a pressure-bearing capacity of 16kg, which not only simplifies the operation process but also ensures the stability of the system during long-term operation, completely solving the pain points of traditional collectors such as complex connections and high failure rates.

In terms of construction convenience and economy, the EFPC Large Panel Collector has achieved a "revolutionary breakthrough". Adopting a modular design concept, the product significantly reduces the demand for basic layout and truly realizes "installation upon unloading"—the installation time of a single collector is only 5 minutes. Compared with the installation time of traditional products, which often takes several hours, the construction period is directly shortened by 80%, greatly improving the project progress efficiency. At the same time, the number of auxiliary materials required during the construction process is significantly reduced. In addition, the product itself has the characteristics of strong pressure-bearing capacity and light weight, which not only reduces transportation and installation costs but also lowers the investment in later maintenance. The overall cost is more advantageous, providing project parties with a cost-effective choice.

Whether pursuing efficient and clean heating effects or focusing on the efficiency and cost control of project implementation, the EFPC Large Panel Collector can rely on its comprehensive advantages of "high energy efficiency, high stability, short construction period, and high cost-effectiveness" to provide reliable technical support for regional heating and industrial heat utilization projects, and become an excellent choice for promoting the implementation of clean energy applications.