"I believe that phase change can truly help control and save energy costs."

—— Bob Easton - Architect

  Traditional building materials have limited thermal storage capacity, and their materials and solutions no longer meet the multifunctional requirements of modern buildings. Currently, active HVAC systems consume a lot of energy to regulate indoor temperatures, with a large temperature difference between indoors and outdoors, high initial investment, and high operating costs, resulting in the loss of the original thermal comfort of passive buildings, which are also not environmentally friendly.

  Typically, building envelope structures are improved by enhancing insulation or increasing wall thickness, which can effectively regulate indoor temperatures. For example, northern cave dwellings have great thermal inertia, keeping warm in winter and cool in summer; buildings in desert areas have thick walls and small windows to withstand large temperature differences between day and night.

  From the current improvement methods and trends, using phase change temperature-regulating materials for phase change temperature-regulating buildings is the best choice to address these shortcomings.

  The thermal storage capacity of phase change materials is dozens of times that of traditional building materials like sand and gravel, and they can be customized for intelligent temperature regulation at specific phase change temperatures. Utilizing the high energy storage, low weight, intelligent temperature regulation, and high flexibility of phase change materials can effectively compensate for the insufficient passive temperature regulation in modern buildings. There are no later maintenance costs, lower energy consumption, and a more comfortable and healthy environment.

 The phase change temperature-regulating blanket independently developed by HeatMate New Energy perfectly integrates proprietary solid-solid phase change material technology, achieving efficient intelligent temperature regulation, environmental stability, high mechanical strength, no leakage, and high flame retardancy.

  Many people do not understand what a phase change temperature-regulating blanket is. Can it replace building insulation materials? What impact does it have on warm and cold spaces? First, it is important to understand itscore technology.:

1. Efficient, stable, and environmentally friendly phase change materials.

2. Unique solid-solid phase change material technology solution: improves the shape retention of the phase change temperature-regulating blanket, eliminating concerns about leakage.

3. High flame retardancy and reliable packaging solution: high water vapor sealing, high mechanical strength, and high flame retardancy ensure product safety.

General wall insulation materials do not have energy storage capabilities, while phase change energy storage materials can absorb a large amount of energy to maintain a constant temperature in buildings, while also reducing energy costs for cooling and heating, achieving comfort and energy savings.

Phase change temperature-regulating blanket - how to achieve energy savings:

1. Indoor heating is reduced, and the internal heat will also improve comfort.

2. The impact of external heat in summer on the indoors is reduced, leading to decreased cooling demand, but it is also important to enhance internal heat dissipation through ventilation after external temperatures drop.

3. In spring and autumn, when outdoor temperatures are suitable, indoor cold and heat loss is reduced, maintaining a constant temperature.

Phase change temperature-regulating blanket - usage scenarios:

1. Phase change ceiling.

The phase change temperature-regulating blanket is placed in the ceiling to reduce indoor temperature fluctuations.

        2. Phase change wall.

The phase change temperature-regulating blanket is encapsulated within the wall's decorative panels to regulate indoor temperature fluctuations and reduce energy consumption.

    3. Phase change floor.

    Reduces energy consumption for heating in winter, lowers indoor temperature fluctuations, and can utilize off-peak electricity for heat storage, reducing operating costs.