The use of electricity is comparable to the cost of energy. Therefore, the more electricity you use, the more you have to pay. To make matters worse, we are in an era where almost all the necessary technical equipment needs to be constantly charged to function. Therefore, as long as we rely on our t

Non-pressurized solar water heaters are highly popular in Chinese households due to their safety and low cost. Their water tanks are open to the atmosphere and are not subject to tap water pressure, making their operating logic fundamentally different from pressurized systems. A solar controller designed specifically for non-pressurized systems ensures peace of mind, energy savings, and a long life for home solar water heaters.

[Abstract]Most of us might take the hot water from the tap for granted. However, if you don't think about it, if your hot water system fails, you will miss the opportunity to provide hot water on demand. In households with electric water heating systems, we paid a considerable price for this privile

[Abstract] The solar collector works very simply - it is in the sun, absorbs heat and transfers it where you need it. In order to do this effectively, solar collectors need to absorb every day - and retain - a lot of sunlight. There are two main techniques that have been time tested and achieved thi

In today's pursuit of green and energy-efficient living, solar water heaters have become a standard feature in many households. However, when searching for "non-pressurized solar water heater," we often encounter keywords such as "pressurized," "water tower," and "booster pump." Do you truly understand the crucial role that seemingly ordinary water tank plays in a non-pressurized system? It's not just a water storage device; it's the "heart" of the entire system's smooth operation.

Solar energy systems require regular inspections and routine maintenance to make them operate effectively. Likewise, components may need to be repaired or replaced from time to time. You should also take measures to prevent scaling, corrosion and freezing.You may be able to complete some inspection

When using solar thermal collectors with heat pipes during the winter months, there are specific considerations to ensure they function optimally. Heat pipe solar collectors are well-suited for cold climates because of their efficiency and ability to transfer heat even in colder temperatures. Here’s

​In the heating system, the application of solar energy effectively reduces the consumption of other traditional energy sources, and at the same time reduces the bad results caused by environmental pollution.

[Abstract] Hot air in the roof space can cause various systemic problems throughout the home. While you may not be aware of the effects of heat in the roof space, the consequences are obvious when you end up paying thousands of dollars for climate control, home repair and replacement. Managing the

Solar heating and heat pumps can work together synergistically to provide a more efficient and reliable heating system for residential and commercial applications. This combination leverages the strengths of both technologies to maximize energy efficiency and minimize environmental impact. Here's how solar heating and heat pumps can complement each other:

Solar energy has the advantages of pollution-free, sustainable, large total, wide distribution, etc. It is favored in the global energy transformation and upgrading environment. Coupled with the development of the photovoltaic market in China, the United States, India and other countries, it is even

[Abstract] Before choosing an inverter that meets your needs, we recommend that you read this article and pay attention to the definitions explained. This will help you understand how to calculate and choose the right inverter.[Text]What size inverter should I use?The size of the inverter you choose

In today's era of energy efficiency and sustainable development, combining heat pipe collectors with heat pump technology has become an innovative solution. This combination system not only improves energy efficiency, but also reduces operating costs, providing an environmentally friendly and reliable solution for heating and hot water supply in residential and commercial buildings.

There are many designs for heat exchager. Following are some common ones: Coil tanksThe heat exchanger is a coil in the storage tank. The tube may be a single (single wall heat exchanger) or the thickness of the two (the double wall heat exchanger). A low efficiency Another method is a collecting co

Yes, a solar attic fan can be installed for tank cooling, but there are several factors to consider to ensure its effectiveness:Benefits:Energy Efficiency: Solar attic fans use solar power, reducing energy costs.Improved Ventilation: They can help reduce the temperature in a tank by enhancing airflo

Solar energy is an inexhaustible and convenient renewable energy source. In the heating system, the application of solar energy effectively reduces the consumption of other traditional energy sources, and at the same time reduces the bad results caused by environmental pollution.

Is your summer soundtrack the gentle whir of a cool breeze, or the painful cha-ching of your electricity meter spinning out of control? If the thought of another soaring energy bill makes you break into a sweat, it’s time to change the tune. Imagine a world where the very thing making you hot—the bl

Amid the global wave of green energy transformation, solar technology continues to break new ground. Among these innovations, double-glass dual-sided solar panels (hereinafter referred to as "double-glass modules") are emerging as a market favorite and the preferred solution for large-scale power st

As the summer sun beats down, your air conditioner becomes the hero of your home. It works tirelessly to keep you cool and comfortable. But have you ever stopped to think about what’s happening above your comfort zone—in your sweltering attic or roof space?

Scorching summer heat doesn't just bake your roof; it turns your attic into a giant oven, with temperatures often soaring to 150°F (65.6°C) or more. This superheated air radiates downward, forcing your air conditioner to work relentlessly, leading to exorbitant energy bills and premature wear on you