Optical storage and charging integrated microgrid system, leading the "low-carbon profit" new model
The strategic adjustment of the national energy structure and the transition to clean energy in industry, commerce, transportation and other fields. A number of new energy technologies, represented by photovoltaic and energy storage, are constantly developing and progressing. Accompanied by the arrival of the low-carbon economy, the large-scale popularization of new energy vehicles, the rapid increase in demand for charging, "photovoltaic + energy storage + charging" combination of integrated micro-grid system, is more and more put into the market, and its commercial prospects have been widely recognized by investors.
In this year, the state has introduced a series of favorable policies to accelerate the promotion of distributed photovoltaic pilot work in various provinces and cities. It can be said that the light storage charging integrated microgrid system, has become the next major direction of new energy development.
Optical storage and charging integrated microgrid system is a small self-powered system composed of three major parts of the photovoltaic system, energy storage system, charging system, also known as microgrid. New energy vehicle charging stations have always faced many problems such as insufficient land resources or grid access. The emergence of the light storage and charging integrated microgrid system not only solves the problem of limited land resources and power capacity of the distribution grid, but also realizes the basic balance between local energy production and power consumption load through energy storage and optimal allocation.
As a well-known technology enterprise in the industry, Huaxiang Power's optical storage and charging integrated microgrid system can realize the transformation from passive energy saving to active energy output by organically combining photovoltaic power generation with carport buildings. Relying on the intelligent system platform for real-time monitoring of the overall power distribution system and effective management of the operation quality, it achieves the comprehensive perception, digital integration and intelligent application of the distribution network, and the mutual coordination of the power generation side, the energy storage side and the intelligent charging.
Power Generation Revenue and Peak-Valley Arbitrage
As an important "supply station" for electric vehicles, the construction of infrastructure such as charging piles has been largely influenced by the development of the industry. With the government's support for new energy vehicles, the number of new energy vehicles and the ratio of vehicles to piles have increased dramatically, and the demand for power supply capacity for charging facilities is also getting higher and higher, which also brings a great challenge to the existing power grid system.
As a pioneer in the energy industry, Huaxiang Power's light storage and charging integrated microgrid system can effectively reduce the charging loss with its "ready-to-generate, ready-to-store, ready-to-use" mode. Not only to solve the charging side of the charging difficult, long charging problems, but also further reduce the cost of electricity, to achieve peak and valley arbitrage.
In the daytime under sufficient light conditions, Huaxiang Power's light storage charging integrated microgrid system can be generated by photovoltaic power to the charging side to supplement or even replace the grid to the new energy vehicle charging, saving electricity costs at the same time, reduce the electricity load. And in the peak hours of high electricity price, the stored electricity can be released to the charging terminal for charging through the energy storage terminal, offsetting the cost of high electricity price and reducing the overall operation and maintenance cost.
Creating Near-Zero Energy Buildings
In recent years, the concept of near-zero-energy buildings has gradually gained popularity, making the application of new energy products in buildings more and more widespread. However, in the busy areas of the city, the promotion of new energy infrastructure construction is often limited by the area problem.
Huaxiang Power's light storage charging integrated microgrid system, in terms of building utilization, has an inherent advantage. Not only can it maximize the use of the vacant area of the building in various types of community parking sheds, industrial parks, etc., but it can also use the combined mode of "photovoltaic + transportation network" to transform the gas stations and rest areas along the provincial highways and expressways, increase the ratio of car piles and reduce the city's carbon emissions.
At present, the optical storage and charging integrated microgrid system is in a policy-driven to market-driven high-speed development stage, the industry standard is becoming more and more perfect, and the construction cost is generally reduced. In the "double carbon" goal of continuous promotion, the market for the integration of optical storage charging investment enthusiasm is unprecedentedly high, large-scale application has matured, belonging to the integration of optical storage charging micro-grid system of the blue ocean market has arrived.