The wind power converter uses the rotor of the doubly-fed asynchronous wind generator to excite, which makes the amplitude, frequency and phase of the stator side output voltage of the doubly-fed generator the same as the power grid, and the active and reactive power can be independently decoupled as required. The converter controls the doubly-fed asynchronous wind generator to realize soft grid-connection and reduce the adverse impact of grid-connection and motor from electric current. It can be said that whether the wind power converter runs stably directly affects the stability of the power grid. How to ensure the normal operation of wind power converter, heat dissipation is an indispensable step.

TONGYU THERMAL is rooted in the R&D of heat dissipation in the new energy field. In the field of wind power converter, we make strategic cooperation with wind power converter manufacturers in domestic and foreign, providing reliable wind power converter, inverter, motor and other cooling technology support. Tongyu met the service requirements from thermal design, thermal simulation to the production integration and integrity, widely praised by wind power manufacturers.

3C product also calls information home appliance, it is to show computer kind communication kind and consumer kind electronic product commonly. Various kinds of market demand are large. China has become the largest consumer market in the world for 3C products. With the improvement of national economic level and income level, Chinese has put forward higher requirements for the quality of electronic products. Businesses have launched products with higher configuration, higher performance and better design to satisfy consumers.

There are many factors affecting the quality of electronic products, among which heat dissipation is a non-negligible factor. Especially after the "samsung battery gate" incident in 2016, electronic manufacturers pay more attention to the heat dissipation performance and safety of products. How to ensure that the heat dissipation of electronic products in line with the stringent design requirements? Planning thermal management issues at the beginning of the product design cycle is the best way to achieve the most efficient cooling solutions. As the first-class heat dissipation technology service provider in China, TONGYU Thermal can provide IT communication electronic products cooling solutions, involving: board (motherboard) cooling, CPU cooling, graphics card cooling, radio frequency module cooling, RU cooling, game console cooling, VR cooling, industrial control computer (machine) cooling, server cooling, central variable frequency air conditioning cooling, TEC cooling and other fields.

The static reactive power compensation device (SVC) is a kind of important equipment for comprehensively controlling voltage fluctuation, flicker, harmonic and voltage imbalance. SVG is a new static reactive power compensation device which is more advanced than SVC. It is an important part of FACTS technology and custom power (CP) technology. It is the development direction of modern reactive power compensation device. They are widely used in power transmission and distribution systems: long-distance power transmission, urban secondary substation (35/110kv), arc furnace, mill hoist and other heavy industry loads, regional power grid, pv power supply, wind farm, electric locomotive power supply and other fields. SVG is a high-heat element, which needs to be combined with a radiator with excellent heat dissipation performance to ensure the stable operation of other elements and increase the working time.

TONGYU thermal has rich technical experience in SVC/SVG cooling and can provide solutions with excellent heat dissipation performance, including providing technical service support in natural cooling, forced air cooling and liquid cooling.

VFD is a kind of power control equipment which USES frequency conversion technology and microelectronic technology to control ac motor by changing the working power frequency of the motor. It is mainly composed of rectifier (ac to dc), filter, inverter (dc to ac), brake unit, drive unit, detection unit and micro-processing unit. VFD relies on the cut-off of internal IGBT to adjust the output power supply voltage and frequency. According to the actual needs of the motor to provide its required power supply voltage, then achieve the purpose of energy saving, speed regulation.

The heat dissipation of VFD has great influence on its performance and working life. A good heat dissipation solution for the VFD is undoubtedly important, especially in the case of fierce competition, good heat dissipation can improve the quality of the VFD and enhance the competitiveness. TONGYU Thermal provides advanced heat dissipation technology and service to many VFD manufacturer for many years, provides customized heat dissipation solutions for the customer VFD products, also provides effective thermal simulation, thermal testing and other technical support, escorting for the stability play of VFD products’ performance.

Aluminum motor housing is widely used, it has the advantages of high strength, light weight and better heat dissipation performance. Also has beautiful and generous surface, not only has corrosion resistance, but also don’t need any cutting for bore. It has small size, light weight, simple structure, convenient installation and maintenance, environmentally friendly production process, high production efficiency as well as convenient transportation and storage, so majority of motor manufacturers prefer them.

TONGYU Thermal is a high-power heat dissipation manufacturer, focusing on the thermal management of the parts. In the field of motor housing, TONGYU Thermal engineers can consider the cooling problem of the motor housing before designing. According to the heat dissipation requirements to design the appearance of the motor housing and the shape and size of the tooth blade, if limited by the specific environment, we can also design to add forced air cooling, liquid cooling and other heat dissipation technology.

Power batteries are the batteries that provide power for machines as power sources, generally referring to the batteries that provide power for new energy vehicles such as electric vehicles, electric trains and so on. New energy vehicles refer to those vehicles with advanced technology in power control and drive, which are formed by using unconventional vehicle fuel as power source and integrating advanced technology in vehicle power control and drive. New energy vehicles are regarded as promising because of their energy-saving and environmental protection characteristics and are strongly supported by national policies to implement the State Council's policy on fostering strategic emerging products. Deployment and requirements for energy conservation and emission reduction should be strengthened. The central government should allocate special funds to support the pilot project of subsidies for private purchases of new energy vehicles.

New energy vehicles are mainly composed of battery drive system, motor system, electronic control system and assembly. Among them, motor, electronic control and assembly are basically the same as traditional automobiles. The biggest difference lies in the difference of power sources. Power battery pack is an important power source for new energy automobiles. The majority of new energy automobile enterprises have increased their research and development on power battery pack to solve the technical bottleneck of high cost, weak battery endurance and low charging speed of power battery pack. In addition, technical cooperation with heat dissipation enterprises such as thermal energy is launched to improve the performance of power battery packs.

Tongyu Thermal Energy is committed to becoming a leader in heat management in the field of new energy. It has rich experience in the research and development of heat dissipation technology for power battery packs. Through in-depth discussions between Tongyu thermal design engineers and automotive technicians, Tongyu Thermal Energy helps new energy automotive enterprises to solve heat dissipation problems, which has been widely praised by the industry. Following is a demonstration of the heat dissipation schemes for power battery packs developed and produced by YueHE. More new water-cooled heat dissipation schemes have not been demonstrated due to the confidentiality of confidentiality protocols and preventive technologies. They can communicate with customer service or come to direct technical exchanges with YueHE.

According to the provisions of the State Grid, the proportion of distributed generation such as photovoltaic and wind power should not exceed 10% of the power grid, and more than 10% of the grid will be added to the energy storage system. Because photovoltaic system and wind power system do not use energy storage system in grid-connected power generation, there will be some adverse effects on the grid. If the scale of wind energy and photovoltaic power system continues to expand and the proportion of photovoltaic power in the system continues to increase, these effects can not be ignored. Through the analysis of the characteristics of photovoltaic power generation, it can be seen that the impact of photovoltaic power generation system on the grid is mainly caused by the instability of photovoltaic power supply. In order to make the grid safer, stable and economic operation, it is generally required to install energy storage system. Therefore, the demand for energy storage system has increased in recent years.

The stable operation of energy storage system is related to the safety and stability of power grid, so major energy storage system manufacturers attach importance to its quality, and among the factors affecting the stability of energy storage system, heat dissipation performance is undoubtedly the most important. Tongyu Thermal Energy focuses on high-power heat dissipation, and has rich experience in the research and development and manufacture of radiators for energy storage systems. Tongyu Thermal Management Engineer can provide heat dissipation solutions at the beginning of the design of energy storage systems, and also can optimize the heat dissipation performance of energy storage systems. By accumulating abundant thermal design data, Tongyu can provide accurate thermal simulation and thermal management test data.

Inverter is also called power regulator. The process of converting DC power into AC power is called inversion. The circuit that completes the inverting function is called inverting circuit. The device that realizes the inverting process is called inverting equipment or inverter. In solar power generation system, the efficiency of inverters is an important factor to determine the capacity of solar cells and storage batteries. The failure of photovoltaic inverters will lead to the shutdown of photovoltaic system, which will directly cause the loss of power generation. Therefore, high reliability is an important technical index of photovoltaic inverters.

The good heat dissipation of photovoltaic inverters is an important condition to ensure its high reliability. Therefore, at the beginning of the design of the inverters, the heat dissipation simulation test has become the first consideration of photovoltaic inverters manufacturers. Tongyu Thermal Power is a professional high-power heat sink plant in China. It has first-class thermal design and development team, reliable thermal simulation and thermal testing capabilities. It has carried out technical cooperation on heat dissipation of inverters with many domestic and foreign photovoltaic inverters manufacturers to provide professional technical support for heat dissipation.

The wind power converter uses the rotor of the doubly-fed asynchronous wind generator to excite, which makes the amplitude, frequency and phase of the stator side output voltage of the doubly-fed generator the same as the power grid, and the active and reactive power can be independently decoupled as required. The converter controls the doubly-fed asynchronous wind generator to realize soft grid-connection and reduce the adverse impact of grid-connection and motor from electric current. It can be said that whether the wind power converter runs stably directly affects the stability of the power grid. How to ensure the normal operation of wind power converter, heat dissipation is an indispensable step.

TONGYU THERMAL is rooted in the R&D of heat dissipation in the new energy field. In the field of wind power converter, we make strategic cooperation with wind power converter manufacturers in domestic and foreign, providing reliable wind power converter, inverter, motor and other cooling technology support. Tongyu met the service requirements from thermal design, thermal simulation to the production integration and integrity, widely praised by wind power manufacturers.