Environmental protection and energy saving value of industrial inverter

With the continuous promotion of energy saving and carbon reduction in the industrial field, the application scope of photovoltaic energy stora-

ge and green electricity substitution is expanding. As the core equipment of AC/DC energy conversion, inverter is no longer just a supporting 

component of power supply, and its own environmental protection attribute is becoming an increasingly important indicator for industrial sele-

ction and energy storage project construction. Many people's cognition of inverter still stays at the basic function level of "voltage conversion". 

In fact, a high-quality industrial inverter can realize real environmental protection value from many dimensions such as power utilization, power 

grid environment and life cycle.

Efficient power conversion ability is the core environmental protection embodiment of inverter. In the process of AC-DC conversion, electric en-

ergy will inevitably produce certain losses, and the lost electric energy will eventually be dissipated in the form of heat, which not only causes 

energy waste, but also corresponds to unnecessary carbon emissions on the power generation side. The conversion efficiency of ordinary 

low-cost inverter is low, and the accumulated invalid loss after long-term operation is considerable, while the industrial-grade high-efficiency 

inverter can greatly improve the conversion efficiency by optimizing the circuit topology and power devices. The conversion efficiency of 

Baoweite's full range of pure sine wave inverters can reach more than 90% generally, and the peak efficiency of some models is higher. Under 

the same load condition, it can significantly reduce the waste in the process of electric energy conversion. Long-term operation not only helps 

enterprises reduce electricity costs, but also directly reduces the corresponding carbon emissions, which is an important starting point for 

industrial power users to save energy and reduce carbon.

High power factor and low harmonic design can reduce pollution and loss from the power grid side. Many low-cost inverters have no power 

factor correction design, and when they are running, they will inject a lot of harmonics into the public power grid, which will not only lower 

the overall power factor of the factory, but also produce additional power adjustment fees, which will also cause waveform distortion of the 

power grid, increase reactive power loss in the transmission process of the power grid, and increase energy waste in disguise. The industrial 

inverter equipped with active power factor correction technology can improve the power factor to above 0.95, and at the same time greatly 

reduce the output harmonic content, with extremely low reactive power loss and no secondary pollution to the power grid, which can not 

only help the factory maintain qualified power factor indicators, but also make the power grid run more cleanly and efficiently, and reduce 

the equipment loss and additional energy consumption caused by harmonics.

From the whole life cycle, the reliable design with long life can greatly reduce the generation of electronic waste. The value of environmental 

protection is not only reflected in the use link, but also the frequency of equipment replacement and resource consumption. Many civil-grade 

low-cost inverters use low-end components, which have poor weather resistance and high failure rate, and often need to be replaced after 

one or two years of use. The generated electronic waste not only has high treatment cost, but also brings environmental burden. Industrial-

grade inverter adopts high-standard industrial components, with intelligent temperature control and heat dissipation and complete circuit 

protection mechanism, which can adapt to complex industrial working conditions, prolong the service life of the whole machine and greatly 

reduce the replacement frequency. At the same time, the modular design is also convenient for local maintenance, and there is no need to 

scrap and replace the whole machine, which further improves the utilization rate of resources and reduces the environmental impact of the 

whole life cycle.

In addition, the inverter is the core carrier of clean energy. Photovoltaic, energy storage and other new energy systems all produce direct 

current, which must be converted into usable alternating current by inverter before they can be supplied to industrial equipment and factory 

loads. Whether it is the spontaneous use of photovoltaic on the roof of the factory or the independent power supply of optical storage in 

outdoor monitoring stations, the inverter plays a key role in green electricity conversion, promoting the substitution of fossil energy elec-

tricity and helping the realization of carbon reduction targets in the industrial field from the source.

Generally speaking, the environmental protection characteristics of inverters run through the whole process of power conversion, grid com-

patibility and life cycle use. For industrial users, choosing an inverter with high environmental protection property is not only a response to 

the policy orientation of energy saving and carbon reduction, but also can actually reduce power consumption, reduce operation and main-

tenance costs, prolong the service life of equipment, and achieve a win-win situation of environmental protection and economic benefits.

If you need type selection and transformation, you can consult Baoweite for the scheme. Thank you for browsing. You can collect official 

website of Shenzhen Baoweite Power Supply Co., Ltd.