1. Market Overview

As the core link of the power industry, power engineering survey and design undertakes the important task of planning and designing a safe, efficient and environmentally friendly power system.

During the survey phase, engineers will go deep into the site to conduct detailed investigations and analysis of the topography, geological conditions, and climatic characteristics to ensure that the site selection and layout of the power project are scientific and reasonable. The work at this stage has a decisive impact on the safety and economy of the whole project.

In the design stage, it is necessary to comprehensively consider the technical requirements, economic benefits and environmental impact of the power system, and carry out detailed engineering design. This includes, but is not limited to, substation design, transmission line design, distribution network design, and related control system design. Design work not only requires engineers with deep expertise, but also requires continuous innovation to adapt to changing technical standards and market needs.

With the progress of science and technology, electric power engineering survey and design is becoming more and more intelligent and automation. Through the application of advanced information technologies, such as geographic information systems (GIS), computer-aided design (CAD) and project management software, engineers can complete design tasks more efficiently, while improving project quality and management.

There are various types of power engineering survey and design consulting, which can be divided into several dimensions:

Chart 1 Classification of electric power engineering survey and design consultation (by stage)

With the progress of information technology and low-carbon requirements, digital low-carbon power engineering survey and design consulting has gradually attracted attention. Digital low-carbon power engineering survey and design consulting refers to the whole process of integrating digital technology and low-carbon concept into power engineering survey and design consulting, aiming to improve efficiency, reduce costs, reduce carbon emissions, and realize the sustainable development of power engineering. Specifically, it includes the following aspects:

In the application of digital technology, the virtual model of power engineering is constructed by three-dimensional modeling technology, visual display and simulation analysis are carried out, the design scheme is optimized, and the design efficiency and accuracy are improved. By collecting and analyzing big data related to power engineering, artificial intelligence technology is used to predict and optimize, and the intelligent level of engineering is improved. And a collaborative platform based on cloud computing can be established to realize the sharing and collaborative work of multi-party information such as design team, construction unit and owner, and improve work efficiency.

In the integration of low-carbon concept, optimize the design of power engineering, select energy-saving equipment and materials, and reduce energy consumption. Give priority to the use of clean energy, such as solar energy, wind energy, etc., to reduce carbon emissions. The carbon emission assessment of the whole life cycle of power engineering is carried out, and the carbon reduction measures are formulated to achieve the goal of low-carbon development.

2. status of digital low-carbon power engineering survey and design consulting industry chain in China

The digital low-carbon power engineering survey and design consulting industry chain can be divided into upstream software, equipment and materials suppliers, midstream digital low-carbon power engineering survey and design consulting providers, and downstream application markets.

Upstream: Suppliers of software, equipment and materials

First of all, the upstream link mainly includes suppliers of various types of design software, power equipment, computers and their auxiliary equipment, materials, etc. These suppliers provide the necessary technical support and material basis for digital low-carbon power engineering survey and design consulting. For example, design software can help designers plan and design power more efficiently, and power equipment and materials are the cornerstones of grid engineering.

Midstream link: Digital low-carbon power engineering survey and design consulting provider.

Secondly, the midstream link is the digital low-carbon power engineering survey and design consulting provider. These service providers have professional survey teams, design teams and consulting teams. They provide a full range of survey, design and consulting services for power engineering construction based on the products and technical support provided by upstream suppliers, combined with the actual needs of customers. These services not only ensure the safety and reliability of the power grid project, but also improve the economic and social benefits of the project.

Downstream: Application Market

Finally, the downstream links mainly include power enterprises at all levels and municipal utilities and other application markets. These application parties are the ultimate beneficiaries of digital low-carbon power engineering survey and design consulting. They ensure the smooth progress and efficient operation of power engineering construction by purchasing and using the services of midstream service providers.

Chart 2 Municipal public green construction technology service market industry chain

Data source: Champ Consulting

3. status of digital low-carbon power engineering survey and design consulting market

At present, China's power survey and design industry market to maintain rapid growth, the market scale continues to expand,2020-2022In, China's power survey and design industry revenue was2,116.62Billions of dollars,2,684.21Billions of dollars and3,317.73billion yuan, with a compound annual growth rate25.20%，2023Annual revenue is expected to reach4,147.16Billions of dollars..

Chart 3 Market size of China's power survey and design industry (in billions of yuan)

Data source: China Electric Power Planning and Design Association, Shangpu Consulting Research and finishing.

Digital low-carbon power engineering survey and design consulting plays a central role in economy, safety, environmental friendliness and adaptability, and the market size is increasing year by year, 2023The year will reach27.25Billions of dollars.

Chart 4 Digital low-carbon power engineering survey and design consulting (unit: billion yuan)

Data source: survey results, Champ Consulting research finishing.

4. digital low-carbon power engineering survey and design consulting market competition pattern

In the digital low-carbon power engineering survey and design consulting industry, the competitive landscape presents a clear stratification, forming several different competitive echelons. The leading echelon is composed of leading companies in the industry. With their strong R & D strength and market influence, they continue to promote technological innovation and market expansion, leading the development direction of the industry. The next backbone echelon is composed of companies that are competitive in a specific region or market segment. They meet specific customer needs by providing specialized services and have a high market share in the local market or in a specific field. The emerging echelon is composed of dynamic new entrants. They are characterized by innovative business models and rapid application of new technologies. Although their market share is still small, they have great potential for development.

Chart 5 market competition pattern

Data source: Champ Consulting Research and finishing.