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Generation-Grid-Load-Storage Integrated System Accurate Control, Collaborative Complementarity

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Generation-Grid-Load-Storage Integrated System Solution

Through advanced system planning and simulation platforms, organic coordination and optimization are carried out for the generation, transmission and distribution, conversion, storage, consumption and other links of various types of energy. Leading scheduling control strategies are formulated for wind-solar complementarity, generation-load interaction, and reliable power supply, enabling the system to have on-grid and off-grid operation modes, and friendly interaction with the power grid to meet users’ energy needs.

Energy Storage System (ESS)

Energy Storage System (ESS)
Energy Storage System (ESS)

Intelligent system planning and simulation platform

The intelligent system planning and simulation platform based on particle swarm algorithm and scheduling control strategy combined with electromagnetic transient modeling can fully tap the adjustable characteristics of the load, optimize the coordination and complementarity between renewable energy, energy storage and load, so as to realize real-time power balance, autonomous peak and frequency regulation control in the system, and seamless switching between on-grid and off-grid modes.Ensure the secure and reliable operation of the network inside the generation-grid-load-storage integrated system, increase the proportion of green energy consumption in enterprises, reduce electricity costs and carbon emissions, and provide corresponding auxiliary services for the power grid to obtain corresponding benefits.

Value of Solutions

Green Energy Consumption and Utilization

Generation-grid-load-storage technology can achieve the consumption and utilization of renewable energy, increase the proportion of green energy consumption in enterprises, reduce electricity costs, carbon emissions, and implement the national requirements of “carbon peak and carbon neutrality” for green substitution.

Accurate Control

A scheduling optimization strategy based on particle swarm algorithm, including multi-energy complementarity and source-load interaction optimization control strategy, is used to achieve real-time and accurate control.It has millisecond-level local control, second-level stable control, minute-level optimization control, and hour-level day-ahead/intra-day plan control.

Cost Reduction and Empowerment

Throughout the lifecycle, generation-grid-load-storage integrated system can save about 20% of annual electricity costs for enterprises and reduce carbon consumption by about 40%.And ensure that enterprises will not exceed the free carbon emission quotas granted by the state, and can transfer the free quotas in the carbon trading market to obtain corresponding benefits and achieve further cost reduction.

Intelligent Monitoring

It can realize real-time monitoring of the generation-grid-load-storage integrated system, intelligently generate scheduling instructions, optimize system scheduling strategies, and maximize the consumption & utilization of new energy. It can also build an electricity market trading platform to learn about the trading in electricity market, and formulate guidance on electricity market trading.

Grid friendly

Efficient control strategy reduces the impact of new energy fluctuations on the system, achieves a friendly interaction and generation mode with the power grid to supply power to the grid and provide auxiliary services when permitted by the policies.

Applications

Chemical

Build a generation-grid-load-storage integrated project, using green hydrogen as raw material to produce clean fuels such as green methanol, green ammonia, SAF, and other hydrogen-based chemicals, achieving the substitution of gray hydrogen and blue hydrogen.

Traffic

Green electricity can be used to produce clean fuels such as green methanol, diversifying the transportation power system and replacing traditional fuel-powered vehicles, thereby reducing carbon emissions in the transportation sector.

Cement

Utilize the source-grid-load-storage model to accelerate the application of energy-saving technology and equipment, carry out electric energy substitution, and significantly reduce the total carbon emissions of enterprises.

Steel

Utilize hydrogen production technology through water electrolysis to refine refined steel, and replace other loads with green electricity, thereby further expanding the utilization scenarios of new energy and reducing carbon emissions.

Metallurgy

Utilize new energy power for electrometallurgy and green power substitution for supporting loads, reduce carbon emissions, and meet the target requirements for carbon emissions.

Power

Establish an integrated project encompassing source, grid, load, and storage to reduce the reliance of loads on the power grid and alleviate operational pressure on the grid. This will provide stable support for the large power grid and ensure the safe operation of both large and small grids.

Related Products

Smart Operation and Management System for Wind-Solar-Storage Integration

Smart Operation and Management System for Wind-Solar-Storage Integration

Smart Operation and Management System for Wind-Solar-Storage Integration

The Smart Operation and Management System for Wind-Solar-Storage Integration integrates advanced information technology and intelligent analysis methods, centered on smart operation and management of new energy stations, to achieve real-time monitoring, remote diagnosis, fault warning, energy efficiency analysis, and other functions of new energy stations, so as to provide enterprises with a smart operation and management platform that integrates production and operation, equipment management, and evaluation analysis, minimizing the operation and maintenance costs and improving benefits of power station.

Application Cases

Provide green power supply integration solution for the 200,000-ton annual high-purity silicon supporting “source-grid-load-storage integrated project”.
Provide green power supply integration solution for the 200,000-ton annual high-purity silicon supporting “source-grid-load-storage integrated project”.
Provide one-stop solution for the source-grid-load-storage integrated photovoltaic demonstration project for 300,000-kW Grid Project.
Provide one-stop solution for the source-grid-load-storage integrated photovoltaic demonstration project for 300,000-kW Grid Project.
Provide a “Desert-Gobi-Wasteland” solar storage system solution for the demonstration project.
Provide a “Desert-Gobi-Wasteland” solar storage system solution for the demonstration project.

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