Gansu Solar Panel Mounting Bracket Manufacturers New Market Opportunities

The large-scale deployment solar panel mounting bracket of renewable electric energy is creating new market opportunities. Demand for photovoltaic and wind energy inverters will remain at a high level. According to market research firm Yole, by 2021, the PV, wind and tidal energy inverter market will exceed 152 GW (1 billion watts of installed capacity). 


Comprehensively compare the power generation capabilities and advantages and disadvantages of various renewable energy sources. Photovoltaic and wind energy are the most promising technologies in the future. Marine energy, such as tidal turbines, is still in its infancy and may be a promising alternative in the long run. Power electronics companies have opportunities in the renewable energy sector, typically such as power converters/inverters used in photovoltaic systems, wind turbines and tidal turbines. 

However, as shown in this report, the opportunities for power electronics companies are not limited to power conversion devices. Power electronics companies can also develop other component markets for photovoltaic and wind power systems. These markets include: solar panel mounting bracket protective devices, busbars and connectors, as well as components and systems required by the relevant markets, such as power transmission and distribution (T&D), DC Microgrid and battery inverter energy storage solutions. Photovoltaic and wind power generation are relatively mature technologies, and both the annual installed capacity and the total installed capacity occupy a large market. In order to reduce air pollution and reduce CO2 emissions from power plants, countries will continue to drive new PV and wind power generation capacity. The electricity leveling cost (LCOE) records of photovoltaic power plants show that in some areas, the power generated by large-scale photovoltaic power plants can already compete with traditional fossil energy power plants. For example, the price of a 200 MW photovoltaic power station built in Dubai will be announced as 58.5. USD/MWh. Photovoltaic and onshore wind power plants are still highly competitive in the market without government subsidies and will remain sustainable in the future. 

Although photovoltaic and wind power generation are already quite mature technologies, there are still a lot of untapped potential to improve their performance, reliability and longevity, and to reduce the cost of their power electronic components. Photovoltaic and wind power companies are introducing innovative technologies into commercial products, and if they are accompanied by rising costs, they will be exposed to greater price pressures. 

A technological innovation often has to prove its economic advantage at the device level, at the system level, or at the operational and maintenance levels. For example, reliable devices not only reduce operating and maintenance costs, but also increase investor confidence and reduce project financing costs. 

In some cases, the use of new technologies requires policy first, for example, in 1500V DC photovoltaic devices, solar panel mounting bracket semiconductor-based circuit breakers are used for protection devices and DC microgrids. The change in policy and the 

difference between countries complicates the development of global solutions, but the local advantage of local companies. 

Undeveloped potential markets also require technological innovation to “unblock”, such as offshore wind farms. Offshore wind turbines and converters need to achieve higher levels of technical maturity to improve reliability in harsh ocean conditions and reduce the high power generation costs of their onshore wind farms. 



As shown in this report, innovative technology solutions are being developed in full swing. These innovative technologies include: cooling solutions, DC circuit protection devices, devices required for 1500V DC PV systems, and full 

Power electronics and systems required for offshore wind turbines and tidal turbines in marine environments. 

Power electronic modules have synergies: battery storage is becoming another market opportunity 

Financial subsidies for photovoltaic and wind power generation are shrinking in most regions, along with increasingly severe market competition, these factors for power electronics manufacturing Businesses have brought greater economic pressure. In fact, 

solar panel mounting bracket, despite the high sales of components and devices, the profit margins tend to be lower. To this end, power electronics manufacturers have adopted a variety of market strategies. As shown in the report, innovative technical solutions can be implemented according to the synergy between different applications, especially those based on DC current. 

These applications include: photovoltaic and battery storage, photovoltaic and plug-in hybrid vehicle charging systems. Innovative technology solutions differentiate companies from their competitors by improving performance, reducing costs, extending life and increasing reliability. Companies such as ABB, GE and Ingeteam are expanding their respective emerging market-related markets by leveraging synergies between different renewable energy sources and synergies with battery storage systems. The battery storage system can solve the intermittent problems caused by the power supply of a large number of photovoltaic and wind power plants. 

Providing the same or similar products to different markets can help reduce the development and commercialization costs of innovative technology solutions. An example of 'power electronic bricks' 

, such as power stacks, helps to easily build a complete power system based on regional specifications, system size and customer needs. The development of tidal turbines is another example of practical product development 

whose development experience comes from offshore wind turbines. 

Like Ingeteam, many companies have recognized the importance of quickly emerging in emerging markets. As a result, they have opened manufacturing plants in countries where potential new energy power plants are needed. In addition, the need for system control and energy transfer management solutions has created new market opportunities for system integrators.