Project background:

An industrial park is located in Qingdao, Shandong Province, covering an area of about10Square kilometers, mainly concentrated in the chemical, pharmaceutical, machinery and other industries, the total annual energy consumption of about.2billion kilowatt-hours. At present, the industrial park mainly relies on the external power grid for power supply, which has some problems, such as unstable power supply, high electricity price and low energy utilization efficiency, which has brought adverse effects on the production and operation of enterprises.

Customer pain points:

Customers in the industrial park mainly have the following pain points:

Unstable power supply, easy to cause production interruption, equipment damage, product quality decline and other risks;

High electricity prices, especially during peak hours and summer, increase operating costs for companies;

The low efficiency of energy utilization leads to energy waste and environmental pollution, which does not meet the requirements of energy conservation, emission reduction and green development.

Project purpose:

In order to solve the energy problem of the industrial park and improve the reliability, economy and cleanliness of energy supply, the industrial park entrusts Shangpu Consulting Company to carry out the application project of distributed energy. The purpose of the project is:

Through the construction of distributed energy, the independent power generation and multi-energy complementarity of the industrial park can be realized, and the stability and safety of power supply can be improved;

Through the operation of distributed energy, the peak-to-valley peak-to-peak and market-oriented transactions of industrial parks can be realized to reduce power costs and increase revenue;

Through the comprehensive utilization of distributed energy, the cogeneration and waste heat recovery of the industrial park are realized, and the energy efficiency and environmental friendliness are improved.

Research object:

The research objects of the project mainly include the following categories:

The managers and enterprise representatives of the industrial park should understand the planning, construction and operation of the industrial park, as well as the energy demand, consumption characteristics and development vision of the enterprise;

Technology providers and operators of distributed energy resources, to understand the technical characteristics, economy, feasibility and other aspects of distributed energy data and experience;

The relevant subjects of the power market, understand the rules, prices, trading methods, etc. of the power market, as well as the opportunities and challenges of distributed energy participation in the market;

Government departments and industry associations to understand the policy support, industry standards, development trends and other aspects of distributed energy.

Project Content:

The content of the project mainly includes the following aspects:

Distributed energy resource assessment, analyzing the type, quantity and distribution of available distributed energy resources in and around the industrial park;

Distributed energy scheme design, according to the energy demand and resource conditions of the industrial park, formulate reasonable distributed energy scale, structure, layout and other plans;

Distributed energy economic evaluation, calculation of distributed energy investment costs, operating income, payback period and other economic indicators, analysis of distributed energy economic benefits and risks;

Distributed energy policy recommendations, put forward the policy needs and recommendations of distributed energy, including subsidies, taxation, access, supervision and so on.

Project Value:

The value of the project is mainly reflected in the following aspects:

It provides a new energy supply mode for the industrial park, improves the energy security and autonomy of the industrial park, and reduces the energy cost and risk of the industrial park;

It provides a new energy service mode for the industrial park, improves the energy efficiency and environmental friendliness of the industrial park, and increases the energy income and competitiveness of the industrial park.