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2019, the energy generator is in the wild. We invited ten major industry celebrities to discuss the industry movements they feel infected.
Produced by: 100 CNESA&Automobiles
The ten major visitors have the following contents:
(Sorted by surname pencil)
Automobiles: Wang Ye
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Beijing Control Cleaning Power Group Executive Director
Q: In the current new tide of power, we can play the role of Sugar What kind of color does daddy have?
A: I have been working in traditional power for 10 years, nuclear power for 20 years, and then I have worked in solar energy and wind. The ultimate goal of dynamic reaction is that 100% of the world’s power comes from renewable forces such as photovoltaics. If the energy problem is not solved well, renewable power will not be widely used. As a key technology for power reaction, micronet and micronet groups will control EMS systems, energy-enabled BMS systems, and PCS systems will be keys to the impact of power reaction and no power reaction.
Q: How does Beijing Enterprises cleansing power position its own color?
A: Beijing Enterprises cleansing power has certain advantages in the energy storage field, and its technical preparation is earlier, and there are dozens of related patented technologies. We do not produce electric cores or PCS, so we are not bound by our own equipment like some integrators that produce related equipment. We can flexibly choose to integrate the best electric cores and PCS according to different scenes, and combine the BMS and EMS developed by ourselves to form the integration advantages of our own.
Q: How do you treat the investment returns of the industry?
A: In the late stage of the market, you cannot only seek the scale of the project, but also pay attention to the quality of the project. The project return rate must reach 9% before it can be done. The advantage of system integration is that it can guarantee the life and effectiveness of the energy storage station. If the system of energy storage stations lacks 85%, it will be difficult to make money through energy storage stations.
Accessing big cafe: Wang Shicheng
Boardian of Beijing Soying Electric Technology Co., Ltd.
Q: Since we started energy production, what is your biggest exposure? How do you treat the future development of energy production?
A: In 2009, we entered the energy production industry because of an opportunity. By tomorrow, So Ying has been on the road to energy acquisition for 10 years. We are very grateful for this opportunity at that time, allowing So Ying to truly step out of the first step of energy acquisition and to enter a field where So Ying is both good at and aspiring to develop.
It can be used as a new market, and the overall maturity of the industry is not enough, so it is impossible to simply apply the form of a mature market. Moreover, the significant feature of energy is technical replication. We ask for integration of multiple subjects, which is even more complicated in actual applications. In this case, to create value for customers with the greatest limitation, the safety and function of the system should be used as the focus of consideration, and to design components from the best perspective of the system, rather than applying mature industry thinking to simply view energy-saving and simple and rough compression component costs.
From the long term, energy is a major trend for the world’s dynamic development to reverse. In the future, it will be a super market with an overall capacity of 100 GW, which will be very useful.
Q: As one of the domestic companies that have been engaged in energy storage earlier, from the perspective of Soying’s journey, what forward-looking layouts has Soying made?
A: Sugar daddyIn terms of energy storage technology, Soying has made many innovations and layouts. Soying has successfully delivered over 100 energy storage system projects to date, and has almost realized all application scenarios that energy storage can be accessed. He has a very thorough understanding of system applications in the Internet, especially weak network structure.
Our products have the following major features:
Scale: Soying’s starting point is to energize capacity. The energy-absorbing current converter single machine we started to develop in 2009 is 500KW, and the power of the single machine has reached 630KW. At the same time, Soying’s variable current converter products have achieved superior rapid response performance: the overall frequency of the control frequency is better than 30ms, and the charging and discharging speed reaches 10ms.
Efficacy: Soying’s variable-changing device products adopt a single-level expansion structure. This design can achieve the most restrictive transformation of the equipment. Song Wei was stunned for a moment, and then smiled with his lips and said, “Chen Jubai, you are so stupid.” It has become a common understanding in the industry. Multi-machine non-variable pressure connection is a key technology for the effectiveness of the system in actual engineering, and Soying is also an engineering recorder for six-machine non-variable pressure connection.
Black startup technology: In this regard, Soying first applied the technology in the first optical microphone network on the Internet in 2010. Later, it also conducted an implementation in the Qinghai Yushu large optical microphone station, which was launched in 2013. In 2016, Zhang Beifeng Optical Station and Soying conducted the first trial and approval of the technology and successfully passed it. Soying also won the Internet’s scientific and technological progress award.
Voluntary Synchronous Machine Technology: Soying’s virtual synchronization Sugar daddy technology research, positioned as a site-level energy-energy control technology.
Interviewed by Chen Haisheng
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Chairman of the China Kanmura Energy Industry Technology Alliance
Deputy Director of the Institute of Engineering Thermal Physics, Chinese Academy of Sciences
Q: How did you get in touch with energy? How have you felt the infection and physical illness over the years?
A: I started my energy mission in the UK in 2005. At the beginning, we did thermal analysis of liquid nitrogen automobile engines, and later we made a fixed liquid air energization system, and realized the MW level Manila escort demonstration in 2009.
In 2009, the Chinese Academy of Sciences 100 people plan returned to China to build a scientific research team focusing on the research and development of advanced compressed air energy energies and heat energies. Later, it established a national large-scale physical energy energies and selectedThe chairman of the Energy and Technology Alliance of Kawamura has been in love with the Energy and Technology Alliance for fifteen years, and can be said to be “friendly and gangsters”.
In the past twenty years of my experience, my biggest impression is glory. The energy is considered to be a support technology for dynamic reaction, and its main position and attention level in the domestic and external force systems continue to rise. With the continuous innovation of energy storage technology and its application forms, energy storage will gradually become the main support for dynamic reactions and a national strategic new energy industry. This is worth our waiting time and the ultimate honor for those who can achieve energy!
Q: You made a judgment in the early years. The spring of energy storage has arrived. More new forms and new markets will appear in 2019. Looking at today, in which areas will China’s energy reserve market focus in 2019?
A: Looking at today, existing energy reserve markets include peak and valley electric price difference arbitrage, assisted service market, etc.
In 2019, China added a new A-gain. Which company do you work in now? It’s said that it’s not something that ordinary people can go. The energy market will focus on three areas: distributed energy storage, centralized renewable power storage and power storage.
The first one is distributed energy storage. The development of distributed energy storage is importantly based on distributed renewable power, especially the rapid development of distributed photovoltaics. Due to the intermittent and volatility of distributed renewable forces, if the energy is lacking, it will affect the stability and reliability of the distributed system, thereby putting forward rigid demands on energy storage.
The second type is centralized renewable power energies. With the large scale connection of renewable power into the network, some areas generate a large number of wind and light problems. The important reason is the intermittent, unstableness, that is, inconsistentness of renewable powe TC: