In recent years, solar energy has gained significant popularity as a renewable and sustainable solution for meeting our increasing energy demands. One exciting development in this field is the emergence of balcony solar systems.  In this article, we will delve into the fascinating world of balcony solar and explore how it works, its benefits, and why it's becoming a popular choice for commercial and residential buildings.

How balcony solar system works?
Balcony solar systems operate on the same principles as conventional solar panels. They contain photovoltaic (PV) cells that convert sunlight into electricity. When sunlight hits the PV cells, it excites the electrons within, generating a direct current (DC) electrical charge. This DC electricity is then converted into alternating current (AC) electricity by an inverter, which can be used to power appliances and other electrical devices in your home.

 

Benefits of balcony solar systems?

a. Space Efficiency: One of the key advantages of balcony solar systems is their space efficiency. By utilizing vertical surfaces such as balcony railings or walls, these systems make it possible to generate solar power even in limited-space environments.

 

b. Easy Installation: Balcony solar systems are designed for easy installation and require minimal modifications to your existing structure. They can be mounted securely on balcony railings or attached to walls without extensive structural changes, making them accessible to a wider range of homeowners.

 

c. Flexibility: The compact size and flexible mounting options of balcony solar panels allow for easy adjustment and repositioning to maximize sun exposure. They can be angled or adjusted throughout the day to capture the most sunlight, ensuring optimal energy production.

 

d. Cost Savings: By generating your own electricity, balcony solar systems can help reduce your monthly energy bills. Additionally, some regions offer incentives, such as feed-in tariffs or tax credits, which further contribute to cost savings and make the initial investment more affordable.

 

e. Environmental Impact: Choosing balcony solar helps to mitigate the environmental impact of traditional electricity generation. By using clean, renewable solar energy, you are reducing greenhouse gas emissions and contributing to a more sustainable future.

 

How much electricity can a balcony photovoltaic system generate every day?
According to the feedback from one of our customer in Poland, he install 8 panel with our balcony solar module mounting bracket, "I currently achieve "production" of up to 3.5 kW of power and up to 20 kWh of energy per day." he said.

 

Is Balcony Solar Right for You?

If you reside in an urban environment and have limited roof space, balcony solar systems offer an attractive alternative for harnessing solar power. They offer the potential to generate clean energy and reduce your reliance on the traditional power grid. However, it's important to consider factors such as the sun exposure on your balcony, any shading that may affect solar panel performance, and local regulations before making a decision.

Corigy's  professional engineering team provides you with professional products, welcome to inquire.

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CORIGY SOLAR more professional and flexible solar mounting solutions waiting for you here! CONTACT US!
Above news from CORIGY SOLAR Sales & Marketing department
Phone: +0086-592-6883200
E-mail: sales@corigy.com

 

How many kWh of electricity a  25KW solar power system can produce in a day depends on many factors, including light intensity, temperature, season, and shade. The following will introduce in detail the calculation formula of the standard daily power generation of a 25KW solar power system and the impact under different circumstances. In different regions and different seasons, the sunlight duration and the conversion efficiency of solar panels will change, so the daily power generation will also vary.

 

 

1. The influence of light intensity on power generation

Light intensity is one of the key factors affecting the power generation of solar power system. Light intensity refers to the light intensity per unit area, usually in watts per square meter (W/m²).

Daily power generation (kWh) = 25kW x light intensity (W/m²) x power generation efficiency x running time (hours)

If the light intensity of a 25KW solar power system is 1000W/m², the operating time is 8 hours, and the power generation efficiency is 15%.

Daily power generation (kWh) = 25kW × 1000W/m² × 15% × 8h = 30kWh

If the light intensity drops to 700W/m², the power generation will decrease accordingly:

Daily power generation (kWh) = 25kW × 700W/m² × 15% × 8h = 21kWh

 

2. Effect of temperature on power generation

Temperature is also one of the factors that affect the power generation of solar system. When the temperature rises, the power generation efficiency of solar cells will decrease, thereby affecting the power generation of solar system. Generally speaking, when the temperature increases by 1°C, the power generation of solar system will decrease by 0.4-0.5%.

Daily power generation (kWh) = 25kW x light intensity (W/m²) x power generation efficiency x running time (hours) x (1-0.004 x (temperature-25))

If the light intensity of a 25KW solar power system is 1000W/m², the operating time is 8 hours, the power generation efficiency is 15%, and the temperature is 25°C.

Daily power generation (kWh) = 25kW × 1000W/m² × 15% × 8h × (1-0.004 × (25-25)) = 30kWh

If the temperature rises to 35°C, the power generation drops accordingly:

Daily power generation (kWh) = 25kW × 1000W/m² × 15% × 8h × (1-0.004 × (35-25)) = 27kWh

It can be seen that temperature has a significant impact on the power generation of solar power system.

 

3. Seasonal influence on power generation

Seasons also have an impact on the power generation of solar power system. Generally speaking, the higher of light intensity in summer, the power generation will increase accordingly. While the lower light intensity in winter, the power generation will decrease accordingly.

Daily power generation (kWh) = 25kW x light intensity (W/m²) x power generation efficiency x running time (hours) x seasonal coefficient

The seasonal coefficient is generally between 0.8-1.2. For example, when the light intensity is 800W/m², the operating time is 8 hours, and the power generation efficiency is 15%, the seasonal coefficient is 1.2 in summer and 0.8 in winter.

Daily power generation in summer (kWh) = 25kW × 800W/m² × 15% × 8h × 1.2 = 23.04kWh

Daily power generation in winter (kWh) = 25kW × 800W/m² × 15% × 8h × 0.8 = 15.36kWh

It can be seen that seasonal factors also have a greater impact on the power generation.

 

4. The impact of shadow occlusion on power generation

If the photovoltaic power plant is blocked by shadows, its power generation will decrease accordingly. Shading will affect the power generation efficiency of some solar cells, thereby affecting the overall power generation.

Daily power generation (kWh) = 25kW x light intensity (W/m²) x power generation efficiency x running time (hours) x shading factor

Assume that the shading coefficient of the solar system is 0.9, the light intensity is 1000W/m², the running time is 8 hours, and the power generation efficiency is 15%.

Daily power generation (kWh) = 25kW × 1000W/m² × 15% × 8h × 0.9 = 24.3kWh

It can be seen that even if only a part of the photovoltaic cell is shaded, its power generation will be affected.

According to the above, the standard daily power generation of a 25KW solar power system can reach 30-35kWh under ideal conditions. However, the actual situation is affected by many factors, so the power generation may be reduced. For example, if it is cloudy or the temperature is too high, the power generation may be reduced accordingly. Therefore, in order to improve the power generation efficiency of solar power system, it is necessary to avoid shading as much as possible, and to plan well in terms of site selection and components.

Select your solar power system from here: https://www.higonsolar.com/solar-solution

Seven major changes that photovoltaic power generation has brought us

In recent years, the government has developed and utilized renewable resources such as solar energy on a large scale, cultivating the new energy industry as a strategic leading industry for a new round of economic growth, and promoting the construction of new energy projects. So, what opportunities for wealth creation does photovoltaics bring us, and what changes will it bring us? Sunpal will take you to see it together.

wealth creation opportunity
1. Industrial and commercial photovoltaic roofs

Today, a group of qualified industrial and commercial enterprises have installed distributed photovoltaic power generation systems on their roofs. Due to the need to control smog, the country will introduce relevant policies in more cities in the future to allow the installation of photovoltaic new energy systems on the roofs of industrial and commercial facilities and public facilities.

2. Carbon trading starts
Due to the needs of environmental protection, the country may restrict carbon emissions through carbon emission taxes. At this time, clean new energy photovoltaics have become the darling. Individuals or enterprises can join the carbon trading system by installing photovoltaic power plants, and get more by selling green electricity. income.

3. Low-carbon products are more popular
When a product is labeled with a green label for electricity, similar to foods with calories marked, and all products are marked with how much electricity was used to produce the product and how much carbon dioxide is produced, people will choose similar products with less carbon emissions to promote environmental protection.

4. Rural health benefits
The popularization of distributed photovoltaics can play a very good role in environmental protection. When various facilities in rural areas can use photovoltaics, the ecological environment in rural areas will also be greatly improved.

Photovoltaic changes every aspect of life

1. Fashion and beauty become the focus
The solar power system is equipped with beautiful buildings, elegant colors, fashion, and the overall effect is beautiful and atmospheric.

2. Energy saving, environmental protection and smog reduction
Photovoltaic power generation system is a safe, green and sustainable clean energy, which not only saves energy but also reduces carbon dioxide emissions, and the effect of planting trees can be achieved by generating electricity every day.

3. Heat insulation and cooling in summer
The solar cell module absorbs a wide range of spectra and can absorb solar radiation to a large extent, thus playing a good heat insulation effect.

A solar panel is a device that uses solar energy to convert light energy into electrical energy, and is an important form of clean energy. The power generation efficiency and stability of solar power generation panels directly affect the feasibility and economy of solar power generation. With the development of the Internet of Things technology, the emergence of the solar power generation panel Internet of Things intelligent control system has brought new changes to the application of solar power generation.

1. The concept and composition of the solar panel IoT intelligent control system
the
The solar power panel IoT intelligent control system is a system that uses the Internet of Things technology to realize intelligent control of solar power panels. The system is composed of solar power panels, sensors, controllers, communication modules, data processing modules, etc., and realizes the monitoring, control and management of solar power panels through the Internet of Things technology.

1. Solar panels: Solar panels are the core components of solar power generation systems, responsible for converting solar energy into electrical energy.

2. Sensor: The sensor is an important part of the solar power panel IoT intelligent control system, which is responsible for monitoring the temperature, light intensity, voltage and other parameters of the solar power panel.

3. Controller: The controller is the core part of the solar power panel IoT intelligent control system, responsible for controlling and adjusting the solar power panel to ensure the normal operation of the solar power system.

4. Communication module: The communication module is an important part of the solar panel IoT intelligent control system, which is responsible for communicating with the Internet to realize remote control and management.

5. Data processing module: The data processing module is an important part of the solar panel IoT intelligent control system, which is responsible for processing and analyzing the data collected by the solar panel sensor and providing decision support.

2. Functions and advantages of the solar panel IoT intelligent control system

1. Remote monitoring and control: The solar power panel IoT intelligent control system can realize remote monitoring and control of solar power panels, which is convenient for users to perform remote management and control.

2. Intelligent adjustment: The intelligent control system of the solar power generation panel Internet of Things can perform intelligent adjustment and control according to the temperature, light intensity, voltage and other parameters of the solar power generation panel monitored in real time, so as to improve the efficiency and stability of the solar power generation system.

3. Fault diagnosis and early warning: The solar power panel IoT intelligent control system can monitor the operating status of the solar power panel, perform fault diagnosis and early warning in time, and reduce failure losses.

4. Energy saving and emission reduction: The solar power panel IoT intelligent control system can intelligently manage and control the solar power generation system, saving energy and reducing carbon emissions.

5. Improve economic benefits: The solar power panel IoT intelligent control system can improve the efficiency and stability of the solar power generation system, reduce operating costs, and improve economic benefits.

3. Application of solar power panel IoT intelligent control system

The solar panel IoT intelligent control system can be widely used in the field of solar power generation, including household solar power generation, commercial solar power generation, industrial solar power generation and other fields. Specific applications include:

1. Home solar power generation system: The solar power panel IoT intelligent control system can realize remote monitoring and control of the home solar power generation system, improving the efficiency and stability of the solar power generation system.

2. Commercial solar power generation system: The solar power panel IoT intelligent control system can realize intelligent management and control of commercial solar power generation systems and improve economic benefits.

3. Industrial solar power generation system: The intelligent control system of the solar power generation panel Internet of Things can realize the intelligent control and adjustment of the industrial solar power generation system, and improve the efficiency and stability of the solar power generation system.

4. Conclusion

The solar power panel IoT intelligent control system is a system that uses the Internet of Things technology to realize intelligent control of solar power panels. It has the advantages of remote monitoring and control, intelligent adjustment, fault diagnosis and early warning, energy saving and emission reduction, and improvement of economic benefits. The system can be widely used in the field of solar power generation, and has brought new changes to the application of solar power generation.

Introduction to Intelligent Control System of Solar Power Panel Internet of Things

A solar panel is a device that uses solar energy to convert light energy into electrical energy, and is an important form of clean energy. The power generation efficiency and stability of solar power generation panels directly affect the feasibility and economy of solar power generation. With the development of the Internet of Things technology, the emergence of the solar power generation panel Internet of Things intelligent control system has brought new changes to the application of solar power generation.

1. The concept and composition of the solar panel IoT intelligent control system
the
The solar power panel IoT intelligent control system is a system that uses the Internet of Things technology to realize intelligent control of solar power panels. The system is composed of solar power panels, sensors, controllers, communication modules, data processing modules, etc., and realizes the monitoring, control and management of solar power panels through the Internet of Things technology.

1. Solar panels: Solar panels are the core components of solar power generation systems, responsible for converting solar energy into electrical energy.

2. Sensor: The sensor is an important part of the solar power panel IoT intelligent control system, which is responsible for monitoring the temperature, light intensity, voltage and other parameters of the solar power panel.

3. Controller: The controller is the core part of the solar power panel IoT intelligent control system, responsible for controlling and adjusting the solar power panel to ensure the normal operation of the solar power system.

4. Communication module: The communication module is an important part of the solar panel IoT intelligent control system, which is responsible for communicating with the Internet to realize remote control and management.

5. Data processing module: The data processing module is an important part of the solar panel IoT intelligent control system, which is responsible for processing and analyzing the data collected by the solar panel sensor and providing decision support.

2. Functions and advantages of the solar panel IoT intelligent control system

1. Remote monitoring and control: The solar power panel IoT intelligent control system can realize remote monitoring and control of solar power panels, which is convenient for users to perform remote management and control.

2. Intelligent adjustment: The intelligent control system of the solar power generation panel Internet of Things can perform intelligent adjustment and control according to the temperature, light intensity, voltage and other parameters of the solar power generation panel monitored in real time, so as to improve the efficiency and stability of the solar power generation system.

3. Fault diagnosis and early warning: The solar power panel IoT intelligent control system can monitor the operating status of the solar power panel, perform fault diagnosis and early warning in time, and reduce failure losses.

4. Energy saving and emission reduction: The solar power panel IoT intelligent control system can intelligently manage and control the solar power generation system, saving energy and reducing carbon emissions.

5. Improve economic benefits: The solar power panel IoT intelligent control system can improve the efficiency and stability of the solar power generation system, reduce operating costs, and improve economic benefits.

3. Application of solar power panel IoT intelligent control system

The solar panel IoT intelligent control system can be widely used in the field of solar power generation, including household solar power generation, commercial solar power generation, industrial solar power generation and other fields. Specific applications include:

1. Home solar power generation system: The solar power panel IoT intelligent control system can realize remote monitoring and control of the home solar power generation system, improving the efficiency and stability of the solar power generation system.

2. Commercial solar power generation system: The solar power panel IoT intelligent control system can realize intelligent management and control of commercial solar power generation systems and improve economic benefits.

3. Industrial solar power generation system: The intelligent control system of the solar power generation panel Internet of Things can realize the intelligent control and adjustment of the industrial solar power generation system, and improve the efficiency and stability of the solar power generation system.

4. Conclusion

The solar power panel IoT intelligent control system is a system that uses the Internet of Things technology to realize intelligent control of solar power panels. It has the advantages of remote monitoring and control, intelligent adjustment, fault diagnosis and early warning, energy saving and emission reduction, and improvement of economic benefits. The system can be widely used in the field of solar power generation, and has brought new changes to the application of solar power generation.