In recent years, the rapid rise of new energy and the increasingly complex power system have made the original power grid construction and management mode unable to meet the needs of the new era. In order to facilitate the construction of new power systems, there is an urgent need for a set of power grid models that can fully describe, monitor, predict, assume and manipulate. In such an environment, virtual power plants have emerged at the right time.
Virtual power plant: real-time mapping and multi-dimensional calculation and deduction.
The virtual power plant is a real-time mapping platform that integrates physical and digital grids, bringing together a large amount of heterogeneous data from diverse systems, services, and platforms to build an accurate and detailed digital twin of the grid. Using the "time-space-state" calculation and deduction function of digital space, the platform comprehensively and meticulously demonstrates the whole process from power planning and design to operation and management.
Virtual Power Plant: Supports decision assistance and multitasking.
Virtual power plants play a key role in providing a platform for intelligent decision-making in the new power system, meeting the decision-making needs of different levels, different scenarios, and multiple tasks in an all-round way. From the planning and design phase to the operational practice, the virtual power plant provides you with insight into the big picture and detailed and accurate information to help you make the right and efficient decisions.
Virtual power plant: a powerful enabler for the construction of a new power system.
Virtual power plants have brought significant changes to the development of new power systems, providing us with a new perspective. It has transformed the existing grid construction and management model, giving us a deeper understanding of the power system. With the help of virtual power plants, we can properly cope with various challenges such as new energy access and intelligent improvement, and help the power system move steadily in the direction of more environmental protection and efficiency.
The four aspects of the review are in-depth, and it can be clearly understood that virtual power plants play a pivotal role in the construction of new power systems. It not only builds a detailed and complete digital twin model of the power grid, but also supports decision-making intelligence and multi-task management functions. As a booster of the new energy era, virtual power plants are leading the construction of power systems into a new era.
Virtual power plant