New energy will merge with smart grid

Abstract: The development goal of the smart grid is to build a modern, energy-saving, environmentally-friendly, efficient, reliable, and stable power grid. One of its core contents is to address the access and effective deployment of various new energy generation in distributed energy sources, as well as safety and reliability. Stable operation problem. Solving the problem of the integration of smart grids and distributed energy sources is a “heart disease” of the power industry in the world.

According to the Xinhua News Agency, Shanghai, November 3, at a seminar on New Energy and Smart Grid Technology and Practice held in Shanghai, experts believe that improving energy efficiency and the use of renewable energy and reducing greenhouse gas emissions are the future of power grid development. The inevitable trend, a smart grid that can integrate distributed renewable energy is the direction of the country's energy strategy, and is one of the ways to reform the energy layout.

The development goal of the smart grid is to build a modern, energy-saving, environmentally-friendly, highly-efficient, reliable, and stable power grid. One of its core issues is to address the access and effective deployment of various new energy generation in distributed energy sources, as well as the issues of safe, reliable, and stable operation. .

Solving the problem of the integration of smart grids and distributed energy sources is a “heart disease” of the power industry in the world. This is because a series of problems such as instability of wind energy, solar photovoltaic and other renewable renewable energy generation, low operability, poor access to grid technology, and impact on the harmonic management of power grids have yet to be resolved, which are of great concern to countries around the world. .

At the "New Energy and Smart Grid Technology and Practice Seminar" held in Shanghai, the "Integrated Power Intelligent Deployment Technology" proposed by the patent inventor has achieved a good multi-energy power input both technically and practically. .