Currently, the global energy transformation is accelerating. With the widespread application of new energy, how to effectively consume new energy, support the construction of a new power system, deepen the reform of the electricity market, and facilitate the implementation of the "dual carbon" goals have become urgent challenges. Virtual power plants have emerged as one of the key solutions to address these challenges.

Traditional power plants generate electricity centrally and distribute it to millions of households, while virtual power plants are completely different - they have no towering chimneys or huge factories. Their core lies in the "intelligent brain" and "invisible network".

In simple terms, virtual power plants utilize advanced Internet of Things (IoT), communication technologies, and intelligent algorithms to "aggregate" distributed energy resources that are scattered across various locations and originally isolated, managing and operating them like a coordinated and orderly overall power plant.

Jinguan Stock has launched its self-developed virtual power plant platform, which integrates the Internet of Things, big data, and AI technology. This platform aggregates distributed energy resources in the form of an "invisible power plant" and restructures the energy management landscape. Serving as a "power resource manager," the platform aggregates distributed photovoltaic, wind power, V2G, energy storage devices, and adjustable loads, building an intelligent network where "source, grid, load, and storage" interact in a coordinated manner. This enables second-level scheduling and optimized allocation of power resources, providing systematic support for enterprise efficiency enhancement, grid stability, and carbon neutrality goals.

The platform provides a one-stop energy management solution tailored for high-energy-consumption enterprises and commercial buildings. By intelligently analyzing electricity usage data and dynamically optimizing strategies, it reduces costs. At the same time, as a "participant in electricity trading", it leverages modes such as electricity market trading and demand response subsidies to transform energy consumption costs into energy generation profits. Facing the challenges of "electricity shortage" during extreme weather and the integration of renewable energy, the platform enhances the grid's ability to accommodate fluctuating power sources through full-process digital coordination, peak shaving, and valley filling. It also provides services such as emergency power supply, frequency modulation, and peak shaving.

In addressing industry pain points, the platform utilizes digital collaboration across "source, grid, load, and storage" to tackle the challenge of new energy consumption. As an independent market entity, it opens up channels for users to participate in power system regulation, breaking the dilemma of "single electricity sales". Through diversified revenue models and digital empowerment, it drives the industry towards large-scale development.