Using Smart Technology to Establish "Safety Lighthouse" for Distributed Wind Power

Accompanying the promulgation of the Provisional Management Measures for the Development and Construction of Decentralized Wind Power Projects, wind power is becoming a new outlet for distributed energy.

Wind outlets mean market opportunities, but Vision Energy's insights on out-of-order and security risks make it early in the industry to formulate enterprise-level intelligent distributed wind turbine standards and use intelligent technologies to achieve aviation-level security of distributed wind power.

On May 20, Vision Energy released the industry's first white paper. "In order to develop the industry, the standards must go first." Zhang Lei, founder and CEO of Vision Energy, told reporters recently that distributed wind power puts higher requirements on safety than economy. It is necessary to formulate the most stringent safety requirements at the beginning of the process and form an industry consensus to ensure the absolute safety of distributed wind power through intelligent technology. Otherwise, once the problem occurs, it will cause a fatal blow to the entire wind power industry.

Wen Hao Zhang Zirui

China Energy News Reporter

Distributed wind power complies with fragmented energy trends

From the era of slash and burn to the era of firewood, the distributed production and application of energy is exactly what it was. When history entered the Internet era from the era of big industry, breakthroughs in big data and smart technologies made it possible and inevitable for the “return” of distributed energy production and applications.

Zhang Lei said that whether it is centralized or distributed, the production and application of energy needs to be adapted to local conditions, without being constrained by the concept of artificially set. Its purpose is to allow people to enjoy the cleanest energy at the lowest cost, make the company's production more efficient, and make the ecological environment better.

Wind resources are widely distributed throughout the world and have the basis for distributed applications. Wind power and other renewable energy sources have a natural fit with distributed applications.

According to Zhang Lei, the essence of renewable energy utilization is technology. Just as the era of fossil energy entered the era of renewable energy, the transition from the era of large-scale unified energy to the era of fragmented energy is also inevitable. Distributed wind power is precisely adapted to the trend of the fragmented energy era. "For distributed wind power, the long-term goal is to eliminate its security risks, guide the development of the industry, and help them integrate into the grid more friendly. This is also the responsibility and responsibility of the industry as a leading technology company."

Safety is the lifeline of distributed wind power

From the end of last year, when the first distributed wind turbine was put into operation on the grid, several 140-meter-tall tower-distributed turbines in Jiangyin City, Jiangsu Province, have been started and put into operation, standing in the port and the land of the city. Unlike centralized wind power, which is mostly in a desolate place, distributed wind power is generally located in densely populated areas and places higher demands on safety.

“Distributed wind power must be absolutely safe, and key safety protection configuration and operation information must be open and transparent. This is the lifeline of the industry.” When it comes to security, Zhang Lei’s attitude is particularly determined.

However, security needs technology to protect it. Combing the development of the wind power industry, from high wind speeds to low wind speeds, from low wind speeds to distributed power, every evolution depends on technical support. When the distributed era comes, technological support is more than just the traditional sense of power generation or economics, and safety is the first to come.

Zhang Lei stated that it is imperative to use smart technology to completely eliminate the possibility of vicious accidents such as the collapse of towers and falling of blades, and raise the safety technical standards to the aviation level. Through real-time monitoring and protection based on the security status of advanced sensing and artificial intelligence technology, distributed wind power is absolutely safe, environmentally friendly, and efficient.

Similar to the aviation industry's safety requirements for aircraft, intelligent distributed wind turbines need to be able to provide critical security configuration component parameters, production serial numbers, key factory test data and other information can be stored and traced by third-party regulatory agencies, forming a unique digital fingerprint for each fan. . A real-time sending and historical storage mechanism for operational safety critical state information of similar aircraft was established to achieve safety supervision and tracing functions similar to the "black box" of aviation aircraft.

Distributed wind power must have standards to follow

The realization of distributed wind power security requires not only technological protection but also standard escort.

Lei Zhang believes that the establishment of standards for distributed wind power is imminent. While actively promoting the introduction of industry standards, the vision starts with the introduction of corporate standards. “Whether or not there are national standards and industry standards, first of all, the vision must have strict corporate standards to erect a security lighthouse for the distributed wind power industry.”

Using Smart Technology to Establish "Safety Lighthouse" for Distributed Wind Power

According to Zhang Lei, the objective of the long-range corporate standard is absolute security, and it is quantifiable security. This includes safety monitoring functions, intelligent monitoring functions, intelligent diagnostic functions, etc. What are the parameters of the smart fan platform and what functions these parameters reflect; what modules are there in the intelligent diagnosis and how these modules are measured must be clearly stated in the standard.

Currently, whether it is an aircraft or a high-speed train, intelligent technology can allow its operational boundaries to be controlled, helping it to substantially improve reliability and security. The same holds true for smart fans. According to the "China Distributed Wind Power White Paper," not all wind turbines can be referred to as distributed wind turbines, and their safety must first meet the standards. For example, the blades are used as rotating parts and close to densely populated areas require good noise control; the key structures of the blades and the tower are connected by bolts. The latest intelligent detection technology can be used if one of the key bolts breaks and the intelligent fan will automatically stop immediately. It plays a role of self-protection and avoids safety accidents.

Being a “midwife” who welcomes the dawn of the smart energy era

At present, the operating mechanism of the power grid is a dispatch type and a plan type, which is in line with the era of the large-scale unified energy. Therefore, centralized wind power is treated as a traditional thermal power plant in a centralized manner. In the era of fragmented energy, distributed wind turbines can be regarded as both power and load. Distributed wind power will lead to major changes in the entire energy structure, and will also instigate changes in the traditional operation and dispatch mechanisms of the power grid.

In Zhang Lei's view, from the era of unification energy to the era of fragmented energy, the core objective of the vision is to address these fundamental technological challenges, security challenges, and risk challenges in the transition process. “Where there is a challenge, there is a place where the vision can be made. The business model is not the most critical issue in the vision. In the era of the era of energy transformation, the vision is to be the 'midwife' who is welcoming the dawn of the smart energy era.” said Zhang Lei.

In the era of fragmented energy, grid companies do not need to directly face countless distributed power sources. The long-term energy Internet EnOSTM platform can play such a “super contact” role, connecting numerous distributed power sources while connecting to the grid. the company. Zhang Lei compares the grid company to a telecom operator and compares the prospect to a WeChat operator. He said that he gave the power network's aorta to the power grid company and handed the capillaries to the distant future. The two can achieve complementary advantages and coordinated development.

“Our aim is to make enterprises use energy cheaper, to make the environment better, and to make distributed wind power safe from hidden dangers, so that ordinary people like distributed wind power, making the grid more friendly and worry-free, and connecting with fragmented energy.” Ray said.

The Combined Type Washer is the main containers washing equipment in the solid dosage production procedure specifications and consequently it is considered as the ideal washing equipment in pharmaceutical industry. It is widely used in chemical , foodstuff industries, etc. This equipment is successfully designed on the basis of a wide research, absorption and digestion of foreign advanced models. It has a reasonable structure with stable performances and easy operation; the whole machine has no dead angle or exposed screws. The washing process has been greatly optimized with user friendly operation. QW Series Combined type Washers comply entirely with GMP requirements for medicine production

Combined Phamaceutical Washers

Combined Type Washer,Combined Type Clean ,Pharmeceutical Cleaner

Changzhou Jiafa Granulating Drying Equipment Co.,Ltd , http://www.jf-drying.com