The Great Book of Light, Times U Selection | GoodWe 320kW super high power inverter is new
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Under the trend of global carbon emission reduction, the development of green and low-carbon energy has gradually become a social consensus. In 2022, with the deepening of the energy revolution, my country’s renewable energy development will achieve new breakthroughs, and the total installed capacity will historically exceed the national coal power installed capacity, entering a new stage of large-scale, high-quality leapfrog development. Accelerating the construction of large-scale wind power photovoltaic base projects focusing on deserts, Gobi, and desertification areas has become a top priority. It is estimated that by 2030, the planned installed capacity will reach 455GW. Large-scale ground power stations have become an absolute potential market for new installed capacity in the future.
And high-power string photovoltaic inverters pursuing high power generation efficiency and extreme cost of electricity have also become the mainstream demand in the current industry market. In order to achieve high conversion rate, high power, high protection and low loss of photovoltaic inverter, it has become a must-have innovation highland in the field of new energy. Facing the important outlet of the new energy revolution, GoodWe focuses on independent research and development and innovation, and constantly innovates technologies and products. A new generation of ultra-high-power string inverter UT320kW was born in due course.
Best of the Age of Light’s Great Book
Facing the complex application scenarios and the special requirements of the era of low prices, GoodWe’s new generation of ultra-high power inverter UT320kW has greatly improved the conversion efficiency, compatibility, grid friendliness and safety, and has become the first choice for ground power stations to reduce costs and increase efficiency. The core weapon highlights GoodWe’s technology accumulation and hard core strength in the field of inverters.
efficient power generation
As large silicon wafer components become the mainstream of the market, inverters need to be highly adapted to the needs of ultra-high power components. The UT320kW string has a maximum current of 20A, which can be adapted to all large-scale modules of 180 and 210mm. At the same time, it adopts a maximum of 15-channel MPPT design, high-precision tracking to adapt to complex terrain, and effectively avoids power loss. The maximum conversion efficiency reaches 99.01%, leading the inverse In the era of high-efficiency converters, the power generation revenue can be maximized.
Safe and reliable
GoodWe has continuously innovated safety solutions, deeply cultivated the active safety of power stations, and achieved greater breakthroughs in arc recognition, noise adaptability, and scene adaptability. The intelligent DC trip switch, with millisecond-level breaking, can effectively solve the string current backfeed and inverter internal fault protection, pay attention to the safety of the DC side, and firmly protect the safety of the photovoltaic power station. In terms of protection, the IP66 dustproof and waterproof grade of the whole machine, optional C5 anti-corrosion and other designs, are not afraid of various extreme environments such as high wind and sand, high and low temperature, and high salt fog. cost.
smart friendly
Component failure is an important factor affecting the power generation of photovoltaic power plants. In order to save operation and maintenance costs and reduce power generation losses during the operation and maintenance process, UT320kW supports intelligent IV curve scanning function, based on the inverter output IV curve, to achieve power station level Full string scan, accurate and fast fault location. It supports nighttime SVG reactive power compensation, component PID prevention and repair, and keeps components in a healthy state for a long time.
In terms of grid friendliness, it supports a minimum SCR of 1.2, operates stably in a weak grid environment, has excellent grid-connected control performance, and can effectively support the grid.
Extreme cost reduction
Driven by the market environment, it is imperative to reduce the cost of photovoltaic systems. UT320kW adopts 1500V system design, supports large sub-array optimal design, effectively reduces the cost per watt of the system, and at the same time, the product supports the use of aluminum wire access and PLC2.0 communication, which can effectively save cables and construction costs for installation and maintenance personnel, and minimize The investment cost of the power station, better design, lower LCOE.
Under the guidance of the country’s dual carbon goals, photovoltaic projects have become one of the main forces for carbon reduction. How to maximize the use of light, maximize the value, and what kind of products will become the best choice for the development of the times, GoodWe’s new 320kW ultra-high power inverter solution has been unsheathed, giving the U answer. Adapting to the times with innovation and perceiving the future with breakthroughs, GoodWe is committed to digitizing, intelligentizing and securing every power station from distributed to ground power stations, accelerating energy structure transformation and carbon neutrality, and providing large-scale and high-efficiency photovoltaic power generation. The quality leap is injected into GoodWe power.
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