“Intelligent microgrid system in the era of energy storage + X”;
Energy storage technology path classification;
Focusing on the specific scenarios of the combination of new energy storage and various industries,
And through specific scenarios such as “energy storage + charging station”, “energy storage + zero-carbon park”, “energy storage + home”, “energy storage + data center”,
In-depth analysis of the application of the “energy storage + X” model,
And the customer value that energy storage brings to the corresponding scenario;
The application of “energy storage + X”;
The connection between new energy storage and all walks of life is getting closer and closer, and the era of “energy storage + X” has arrived, where “X” represents different industries;
The “energy storage + X” model has begun to empower thousands of industries and realize applications in multiple fields;
“Energy storage + charging station”;
For a long time, electric vehicle charging stations have faced problems of insufficient land resources or grid access;
The emergence of the “light-storage-charge” integrated system not only solves the problem of “slow charging and difficult charging” of electric vehicles;
It also solves the problem of distribution network in limited land and power capacity resources,
In addition, local energy production and electricity load can be basically balanced through energy storage and optimized configuration;
By integrating photovoltaic power generation, battery energy storage, charging pile charging, new energy vehicle battery replacement, etc. in one charging station,
An intelligent micro-grid system jointly built to form an integrated urban station of “light storage and charging”;
The “light-storage-charging” integrated city station integrates photovoltaic systems, distributed energy storage systems and liquid-cooled super charging systems through the design concept based on energy Internet,
Realized the coordinated operation of “source, network, load and storage”,
And on this basis, carry out the practice and demonstration of new energy vehicle charging and swapping facilities and various business operation models;
Features of “energy storage + charging station”: 1. Charging piles equipped with liquid-cooled overcharging technology architecture can achieve efficient charging; 10 minutes of charging can achieve 500 kilometers of battery life;
The liquid-cooled overcharging system has a high utilization rate and can bring a better charging experience,
Its high reliability, high heat dissipation, long life and other characteristics can reduce failure,
Reduce operation and maintenance costs and indirect economic losses caused by failure to charge;
The energy storage system can complete the local consumption of new energy, cut peaks and fill valleys to save electricity costs;
Solar-storage-charging integrated city station can provide
Comprehensive life service functions such as electric vehicle charging, two-wheel battery replacement, catering service, leisure business, community service, media advertisement, product display, etc.
Meet people’s needs for travel and leisure consumption;
“Energy Storage + Zero Carbon Park”;
In order to help industrial and commercial users achieve green transformation, we propose the “energy storage + zero-carbon park” solution;
The “energy storage + zero-carbon park” solution integrates multiple advanced technologies such as photovoltaic power generation and energy storage systems,
Taking an industrial park as a pilot, make full use of the photovoltaic deployment on the roof of the factory building,
Built a photovoltaic system with 672 photovoltaic modules and a total installed capacity of about 280kW
“Energy Storage + Zero Carbon Park” composed of 250kW/500kwh energy storage system;
“Characteristics of “Energy Storage + Zero Carbon Park”:;
1. Through the promotion and application of the comprehensive energy management platform, the interactive mode of “source, network, load and storage” will be promoted to the enterprises in the park,
Gradually build an aggregation platform based on load resources to form a large-scale demand-side response capability;
2. The combination of energy storage and zero-carbon parks can effectively reduce the peak load of the regional power grid and reduce the investment in power grid construction.
Through intelligent interactive management, it can effectively improve energy utilization efficiency and reduce regional energy consumption carbon emissions;
“Energy storage + home”;
In order to improve the utilization rate of photovoltaic power generation, we propose the “energy storage + home” solution, and form a household photovoltaic storage system through the cooperation of household energy storage and household photovoltaic;
The basic working principle is that when there is sunshine during the day, the photovoltaic power generation gives priority to powering the household load, and the remaining power is stored in the energy storage battery.
When the energy stored in the energy storage battery is greater than the demand, the excess electricity can be sold to the grid system;
At night, power is supplied to household loads through energy storage batteries;
“The integrated energy management system is the brain of household energy storage, integrating energy strategy management, operation and maintenance detection and monitoring,
While completing the intelligent operation and maintenance of the system, it is the most economical and effective application to help users realize energy;
Features of “Energy Storage + Home”:;
1. Significantly increase the self-consumption rate of household photovoltaic power generation, so as to realize zero electricity purchase for households;
2. Avoid the risk of rising electricity prices and losses caused by power supply shortages;
“Energy storage + data center”;
“The total power consumption of the data center industry is increasing at a rate of more than 10% per year;
With the rapid development of the energy storage industry, the development of energy storage is indispensable for data centers that rely on electric energy for uninterrupted operation;
Our “energy storage + data center” solution pointed out that for data centers, the key is to stabilize power consumption, and on this basis, energy saving and carbon reduction and peak shaving and valley filling;
One is that energy storage can replace diesel generators as a backup power source for data centers, and can provide stable power supply when the mains power is cut off;”;
“We believe that the current joint backup mode of energy storage and diesel generators is more cost-effective;
According to the capacity of the energy storage system, reduce the oil storage capacity of diesel generators, reduce the output power of diesel generators or the number of diesel generators, so as to achieve a low-carbon strategy;
The second is that energy storage can become the main power supply of the data center, and provide high-security daily power supply for the data center through grid connection;
“The second mode is the independent power backup mode of energy storage. In a data center with multiple power supplies,
Configure a 12-hour energy storage system to discharge electricity,
Realize energy storage system to replace diesel generator;
Minimize the peak power capacity demand of the data center, use the stored power when the electricity price is low, avoid paying high electricity bills during the peak electricity consumption period, and reduce capacity costs;
Features of “energy storage + data center”:;
1. Shaving peaks and filling valleys;
2. Grid frequency regulation;
3. Act as a backup power supply;
In the future, we will further expand the new energy storage market, and work with partners to explore more “energy storage + X” application scenarios, so as to realize clean, safe and efficient energy utilization, and contribute to the realization of the “double carbon” goal;
Welcome to contact our professional team to explore together to provide a complete set of cost-effective renewable energy solar charging and storage micro-grid system for households, industries and businesses.
July 2, 2023 in Uncategorized