Unyielding Heat in the Great Heat, Smart Solar Power Brings Cool Relief!
Today is the day of "DaShu" , the last solar term of summer and also the hottest one throughout the year.
At this time, China experiences scorching heat and abundant rainfall, with a peak of humidity and sultriness, making it feel as if the whole country is steaming like "steamed dumplings" together.
There's a saying, "DaShu in the southern region is unbearable; even snow and ice cannot dispel the heat during the three fu periods (referring to the hottest periods in summer)."
DaShu falls around the time of "ZhongFu," which marks the hottest period of the year. During this solar term, the most vivid sensation is undoubtedly the intense heat.
On July 10th, the World Meteorological Organization (WMO) released a report stating that the world has experienced the hottest week on record in terms of temperatures.
According to data from the National Oceanic and Atmospheric Administration (NOAA) in the United States, within just 4 days, the global average temperature reached new highs three times, reaching 17.01°C, 17.18°C, and 17.23°C respectively. The El Ni?o phenomenon may potentially lead to even more temperature records being broken.
Since the end of May, China has witnessed four regional heatwaves, with 301 meteorological stations setting historical records. For instance, in Yunnan's Qiaojia, the temperature reached 44.4°C, while in Beijing's Tanghekou and Hebei's Langfang, temperatures reached 41.8°C and 41.6°C, respectively.
On social media, bloggers took this opportunity to showcase the extreme heat by placing raw steaks outdoors, which took only 2 hours to cook due to the intense temperatures.
Even hot enough to degumming leather shoes.
The hot weather has also driven a booming air conditioning market, especially in "furnace areas" like Sichuan and Chongqing, where air conditioner sales have surged by 180.22% and 100.49% year-on-year, respectively.
People can only hope that the thriving air conditioning market will help them cope with this unusually hot summer.
"Beating the heat" has become an unavoidable keyword in people's lives. Many people lament that "air conditioners are responsible for saving their lives," but compared to the air conditioning units themselves, it's the soaring electricity bills each month that make everyone feel a shiver of cold.
Facing the challenges of this abnormal climate, various regions need to take more measures to protect the environment, raise energy-saving awareness, and work together to address the challenges posed by global warming. Simultaneously, exploring more energy-efficient and environmentally friendly air conditioning solutions will be the direction for future development.
The most ideal way is to generate electricity at home through solar power, commonly known as a distributed photovoltaic system.
Indeed, the balcony photovoltaic system belongs to the category of ultra-small distributed photovoltaic systems and is also known as a plug-in photovoltaic system. Users only need to secure the photovoltaic system to the balcony railing and plug the system cables into a household socket to utilize solar energy for electricity generation and supply. This setup offers a simple and convenient way for individuals to generate renewable energy in their homes.
Compared to conventional distributed photovoltaic systems, balcony photovoltaic systems do not require complex wiring and installation techniques.
Typically, 1 to 2 photovoltaic modules and 1 inverter are sufficient to form the entire system.
Compared to centralized photovoltaic systems, distributed photovoltaic systems have several advantages, such as higher returns, access to more resources, on-site consumption, and lower costs. By making simple modifications to building roofs or open ground areas, energy storage and grid-connected power generation can be realized, making it very suitable for ordinary households to adopt.
In addition, solar panels installed on rooftops can also help lower indoor temperatures.
The high temperatures during summer can be quite sweltering, but photovoltaic solar panels can act as insulating layers, aiding in reducing indoor temperatures. They can lower indoor temperatures by at least 3 to 5 degrees Celsius.
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Similarly, during winter, photovoltaic solar panels can provide a warming effect, creating a comfortable experience of warmth in winter and coolness in summer.
Therefore, installing distributed photovoltaic power stations is a great choice.
Furthermore, household appliance giants have also begun to explore the combination of distributed photovoltaics and home appliances to achieve environmental protection and emission reduction.
There are two main modes for home appliance companies entering the photovoltaic field: photovoltaic technology driving home appliance energy storage and direct development of distributed photovoltaic power stations.
For example, Gree has introduced the "Photovoltaic + Energy Storage + Air Conditioning" model, turning air conditioners into small power generation stations, achieving energy storage and providing cooling and heating functions.
Integrating renewable energy with air conditioning technology enables the operation of five major working modes: pure photovoltaic power generation, pure air conditioning, photovoltaic power generation and system power, photovoltaic power generation and system consumption, and photovoltaic-powered air conditioning. These five modes can be switched instantly.
This system not only achieves zero electricity bills but also allows for surplus electricity generation, reducing the pressure on the power grid and achieving energy self-sufficiency.
In addition, other household appliance companies choose to focus on distributed photovoltaic power stations by providing users with photovoltaic equipment and post-installation maintenance services through financing and leasing cooperation.
The exploration of the photovoltaic (PV) field by home appliance companies brings new opportunities and positively impacts the development of the home appliance industry.
PV direct drive technology may potentially reshape the form of household appliances, leading to a significant reduction in carbon emissions. The wider application of direct current (DC) appliances could also break the ceiling of the home appliance market.
The journey of exploring the PV model is undoubtedly challenging, but this innovative direction brings new hope for our lives and the environment. Enabling traditional home appliances with photovoltaic technology could usher in a new era of sustainable living and energy consumption.
If you have a similar project, we recommend this, TOPCON double glass module.
We urge everyone to take necessary sun protection measures while spending time outdoors to safeguard their skin and overall health during this scorching summer. Let's join hands to make the most of this hot season while ensuring our well-being.
If you happen to be in South America, we sincerely invite you to visit the Intersolar exhibition in S?o Paulo, Brazil! Let's explore the future of solar energy together and work towards environmental conservation.
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You can find us at Booth W1 21! Looking forward to meeting you there!
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2. The text and pictures are for readers' reference only, please refer to the actual situation.