In the process of construction and practice of zero-carbon smart parksDigital industry, digital governance, digital life, and digital ecologySynchronous progress to help the implementation of digital China. The global digital economy is booming, and the construction of digital China has set off a new waveAs the basic component of smart city development, zero-carbon smart parks are an important foothold and pioneer in the construction of digital China, as well as the terminal carrier of green buildings and smart buildings.
The zero-carbon smart campus solution aims to minimize the energy consumption and environmental impact of the campus by reducing carbon emissions and providing the application of renewable energy. Here are some common zero-carbon campus solutions:
Renewable Energy Utilization:Renewable energy sources such as solar, wind, and geothermal energy are used to meet the energy needs of the campus. Install facilities such as solar photovoltaic panels or wind turbines to convert sunlight and wind energy into electricity and connect to the main grid or store it for use on the campus.
Energy Management & Optimization:The intelligent system is used to monitor and analyze the energy consumption in the park in real time, identify areas with high energy consumption and excessive energy consumption, and take corresponding adjustment measures, such as improving equipment efficiency, optimizing energy consumption plans, and promoting energy conservation awareness.
Building Energy Efficient Design:Measures such as energy-saving building materials, strengthening building insulation, and improving daylighting design are adopted to reduce the energy consumption of buildings in the park. At the same time, combined with the intelligent building management system, the energy consumption of lighting, air conditioning, ventilation and other energy consumption inside the building is finely controlled and managed.
E-mobility promotion:Encourage the use of electric vehicles, electric bicycles and other electric vehicles in the park, and reduce the use of traditional fuel vehicles. Provide charging facilities for electric vehicles, and establish an intelligent charging management system to achieve optimal scheduling and monitoring of charging equipment.
Waste treatment and resource utilizationEstablish an efficient waste treatment system, including garbage sorting, hazardous substance treatment, organic waste composting, etc., to minimize waste generation and environmental pollution in the park. At the same time, promote the best utilization of waste and resources, and carry out circular economy cooperation with surrounding communities.
Environmental Education and Awareness Training:Through the organization of environmental protection activities, training and publicity, the awareness and skills of employees and residents of the park on energy conservation and emission reduction are enhanced, and the formation of environmentally friendly behaviors is promoted.
By implementing zero-carbon park solutions, the carbon emissions of the park can be significantly reduced, the dependence on non-renewable energy can be reduced, and the construction of a sustainable green park can be contributed.
How to design a carbon neutrality model for a zero-carbon smart park?How to integrate the concept of carbon neutrality into the top-level design system of zero-carbon smart parks?Planning the path of zero-carbon parks
Based on the above questions about the construction of zero-carbon parks, Carbonpeak Technology has compiled a solution for smart zero-carbon parks for readers.
The zero-carbon smart park under the background of "dual carbon" is deeply integrated with the new generation of information and communication technology, and provides managers and users with a digital living and working environment with intelligent management, efficient operation and all-round services through timely, interactive and integrated information perception, transmission and processing in the park. At the same time, the zero-carbon development of the park has given birth to new models and new business forms of innovative development, promoted enterprises to reduce industrial costs and increase efficiency, enhanced comprehensive competitiveness, further promoted the development of industries to refine and high-quality, and realized the comprehensive upgrading of the industrial chain value chain.
In addition, the zero-carbon smart park can realize the integration of park management and urban management, and build public platforms such as a comprehensive carbon management monitoring platform by realizing smart monitoring of carbon emissions, so as to realize the refined management and intelligent services of carbon neutrality in cities and industrial functional areas as a whole.
Background of zero-carbon parks
Overview of the Zero Carbon Campus
Zero-carbon campus architecture
Zero-carbon smart park management platform architecture