0086-13780636866 / 0086-17806251160 lisa@qdxgz.cn 0086-13780636866
 |
| Quantity: | |
|---|---|
Multifunctional Photovoltaic with solar power Steel Structure Building
1. Picture for one of our PV projects
 |  |  |
2. Advantage of multifunctional photovoltaic with solar power steel structure building
1 no danger of exhaustion,
2 safe and reliable, no noise, no pollution, no pollution, absolutely clean (no pollution) , 3 not restricted by the geographical distribution of resources,
3, the advantages of building roofing can be exploited; for example, areas without electricity, as well as areas with complex topography;
4 electricity can be generated and supplied locally without the need for fuel consumption and transmission lines;
5 Energy Quality Is High;
6 users are emotionally receptive;
7 construction cycles are short, the time it takes to get energy is short.
3.Product advantages:
First, energy and environment
Renewable energy utilization
Photovoltaic steel structure building combines solar photovoltaic power generation system with steel structure building, which can effectively use solar energy as a clean energy. Solar energy is an inexhaustible renewable energy, through photovoltaic panels to convert solar energy into electricity, reduce the dependence on traditional fossil energy (such as coal, oil, natural gas, etc.), help alleviate the problem of energy shortage.
Reduce carbon emissions
During the power generation process, photovoltaic systems do not produce greenhouse gas (such as carbon dioxide, methane, etc.) emissions. Compared with traditional thermal power generation, photovoltaic power generation can avoid a lot of carbon dioxide emissions per kilowatt hour of electricity. The large-scale application of photovoltaic steel structures helps to reduce the level of carbon emissions of the entire society, and has a positive significance for achieving global climate change goals, such as the emission reduction targets in the Paris Agreement.
Second, building performance
Structural advantage
The steel structure itself has the characteristics of high strength and light weight. In photovoltaic steel structure buildings, this structural characteristic makes the building able to withstand large loads, including the weight of photovoltaic modules and possible wind loads, snow loads, etc. At the same time, the machinability of the steel structure is strong, which is convenient for customized design and manufacturing according to different architectural design requirements, and can adapt to a variety of complex architectural shapes.
Efficient use of space
Photovoltaic panels can be used as the roof or wall material of the building to achieve power generation while meeting the functional needs of the building. For example, in industrial plants, warehouses and other buildings, photovoltaic panels are installed on the roof without occupying additional land resources, realizing the dual utilization of building space and roof space. For some areas where land resources are tight, this way of space utilization has great advantages.
Architectural aesthetic promotion
Photovoltaic steel structure buildings can organically integrate photovoltaic modules with building appearance design. Modern photovoltaic panels have a variety of colors and shapes to choose from, through reasonable design, can make photovoltaic modules become a characteristic element of the appearance of the building, improve the overall beauty of the building. For example, in some public buildings or cultural buildings, photovoltaic panels can be designed into unique geometric shapes or patterns to add a sense of modernity and technology to the building.
Economic and social aspects
Reduce building operating costs
The electricity generated by the photovoltaic system can be used by the building itself, reducing the need to buy electricity from the grid. For commercial and industrial buildings, electricity is a large operating cost expenditure. Through the photovoltaic steel structure building to achieve self-use, surplus electricity online (excess electricity sold to the grid), can significantly reduce the cost of building electricity, improve economic efficiency.
Job creation
Photovoltaic steel structure construction involves a number of industrial fields, including photovoltaic module manufacturing, steel structure processing, building installation, system maintenance and so on. In the process of project construction, a large number of labor forces are needed, including construction workers, technicians, engineers, etc., thus driving employment. In the operation and maintenance phase of the project, professional personnel are also needed for management and maintenance, further creating jobs.
Promote energy transition and sustainable development
Photovoltaic steel buildings, as an important part of the distributed energy system, help to promote energy transformation. It encourages building owners and developers to adopt more renewable energy technologies, increasing the energy self-sufficiency of society as a whole. At the same time, this form of architecture is also in line with the concept of sustainable development, achieving coordinated development in multiple aspects such as economy, environment and society.
4. Company
You are welcome to contact us for more information
Multifunctional Photovoltaic with solar power Steel Structure Building
1. Picture for one of our PV projects
| | |
2. Advantage of multifunctional photovoltaic with solar power steel structure building
1 no danger of exhaustion,
2 safe and reliable, no noise, no pollution, no pollution, absolutely clean (no pollution) , 3 not restricted by the geographical distribution of resources,
3, the advantages of building roofing can be exploited; for example, areas without electricity, as well as areas with complex topography;
4 electricity can be generated and supplied locally without the need for fuel consumption and transmission lines;
5 Energy Quality Is High;
6 users are emotionally receptive;
7 construction cycles are short, the time it takes to get energy is short.
3.Product advantages:
First, energy and environment
Renewable energy utilization
Photovoltaic steel structure building combines solar photovoltaic power generation system with steel structure building, which can effectively use solar energy as a clean energy. Solar energy is an inexhaustible renewable energy, through photovoltaic panels to convert solar energy into electricity, reduce the dependence on traditional fossil energy (such as coal, oil, natural gas, etc.), help alleviate the problem of energy shortage.
Reduce carbon emissions
During the power generation process, photovoltaic systems do not produce greenhouse gas (such as carbon dioxide, methane, etc.) emissions. Compared with traditional thermal power generation, photovoltaic power generation can avoid a lot of carbon dioxide emissions per kilowatt hour of electricity. The large-scale application of photovoltaic steel structures helps to reduce the level of carbon emissions of the entire society, and has a positive significance for achieving global climate change goals, such as the emission reduction targets in the Paris Agreement.
Second, building performance
Structural advantage
The steel structure itself has the characteristics of high strength and light weight. In photovoltaic steel structure buildings, this structural characteristic makes the building able to withstand large loads, including the weight of photovoltaic modules and possible wind loads, snow loads, etc. At the same time, the machinability of the steel structure is strong, which is convenient for customized design and manufacturing according to different architectural design requirements, and can adapt to a variety of complex architectural shapes.
Efficient use of space
Photovoltaic panels can be used as the roof or wall material of the building to achieve power generation while meeting the functional needs of the building. For example, in industrial plants, warehouses and other buildings, photovoltaic panels are installed on the roof without occupying additional land resources, realizing the dual utilization of building space and roof space. For some areas where land resources are tight, this way of space utilization has great advantages.
Architectural aesthetic promotion
Photovoltaic steel structure buildings can organically integrate photovoltaic modules with building appearance design. Modern photovoltaic panels have a variety of colors and shapes to choose from, through reasonable design, can make photovoltaic modules become a characteristic element of the appearance of the building, improve the overall beauty of the building. For example, in some public buildings or cultural buildings, photovoltaic panels can be designed into unique geometric shapes or patterns to add a sense of modernity and technology to the building.
Economic and social aspects
Reduce building operating costs
The electricity generated by the photovoltaic system can be used by the building itself, reducing the need to buy electricity from the grid. For commercial and industrial buildings, electricity is a large operating cost expenditure. Through the photovoltaic steel structure building to achieve self-use, surplus electricity online (excess electricity sold to the grid), can significantly reduce the cost of building electricity, improve economic efficiency.
Job creation
Photovoltaic steel structure construction involves a number of industrial fields, including photovoltaic module manufacturing, steel structure processing, building installation, system maintenance and so on. In the process of project construction, a large number of labor forces are needed, including construction workers, technicians, engineers, etc., thus driving employment. In the operation and maintenance phase of the project, professional personnel are also needed for management and maintenance, further creating jobs.
Promote energy transition and sustainable development
Photovoltaic steel buildings, as an important part of the distributed energy system, help to promote energy transformation. It encourages building owners and developers to adopt more renewable energy technologies, increasing the energy self-sufficiency of society as a whole. At the same time, this form of architecture is also in line with the concept of sustainable development, achieving coordinated development in multiple aspects such as economy, environment and society.
4. Company
You are welcome to contact us for more information
