The Canary Carbon Emission Monitoring Decision Management System is the first universal dual-carbon management system in the world and in the industry.

What cannot be measured cannot be managed, and monitoring is the basis of all work. With the clear determination of the "carbon peak carbon neutrality" roadmap, double carbon will become a link that must be considered in future work. In the absence of clear regulations from governments around the world and the entire industry, we took the lead in launching the "Canary Carbon Emission Monitoring Decision Management System" through policy research, scientific research, and practical evaluation, and established a carbon emission data collection system. The key and hub to achieve the dual carbon goal. Explore the establishment of a scientific and sophisticated carbon emission accounting system, and contribute to laying a solid foundation for dual-carbon work.

The government version aims to serve government agencies at all levels, and is used for basic monitoring and processing of dual-carbon work within the region, to achieve coordinated monitoring of carbon emissions within the region, and to provide decision-making tools for subsequent dual-carbon work and policy command and dispatch. It plays an auxiliary decision-making role for relevant departments in formulating macro-decisions such as regional energy conservation and emission reduction plans, total energy consumption and intensity ("dual control" assessment), project investment budgets, carbon emission rights, and carbon verification.

The enterprise version focuses on accurate measurement of energy consumption data of energy-consuming equipment within the enterprise, further exploring potential energy saving space and transformation opportunities, and thereby achieving energy conservation, consumption reduction, quality improvement and efficiency improvement.

The government co-governance version focuses on unified governance within the government domain, activating the support and response of the general public to the dual-carbon work, actively participating, and working together to achieve the dual-carbon goal. Residents can earn carbon points through garbage sorting, green travel and other activities, and sell the points in the points mall to exchange for cash or equity, which increases residents' enthusiasm for participating in energy conservation and emission reduction.

The government-supported version is provided free of charge for economically disadvantaged regions with high energy consumption intensity, helping to achieve the regional double carbon target and accelerate regional economic transformation. Let's work together to build green water and green mountains.

The whole system has the following characteristics:

1. It can monitor electricity consumption, water consumption, and gas consumption for many key industries and equipment in urban areas, and can record total energy consumption, power, power consumption, etc.

2. Through this system, it can be remotely transmitted to the client, and the mobile phone can be used to view multiple energy consumption situations in the industry. It can also generate a database and produce multiple reports, charts, etc., which can provide real power consumption for production management.

3. Use big data analysis and judgment to provide users with auxiliary decision-making.

4. Data analysis can be carried out through the data obtained by measuring instruments, which can be viewed on any year, month and day, making it convenient for users to conduct real-time monitoring at any time period.

5. It can support city-level data upload on the platform. Data docking with the national platform according to unified technical standards, providing support services for relevant departments of the province and key energy-consuming units.

The basic version has the following functions:

1. "Carbon emission" data access, governance and data fusion
Fully integrate various data resources from fields and departments such as electric power, oil, natural gas, new energy, environmental protection, forestry, Internet, government agencies, etc. by using manual input and advanced technical means of the Internet of Things, and realize professional data through big data technology and tools Governance and data fusion analysis, rational allocation of carbon emission quotas in various industries and regions.

2. "Carbon emission" monitoring and intelligent analysis
From the dimensions of energy structure composition, output trends, and consumption changes, the carbon emission distribution analysis view is constructed from multiple perspectives such as the industry, type, time, and region of the comprehensive energy, to achieve all-round, multi-dimensional, and multi-perspective analysis. Combined with clean energy alternative technology information, conduct correlation analysis and correlation mining on clean energy consumption data, non-fossil energy consumption data, population carbon footprint, energy conservation and emission reduction policies, energy conservation awareness, and forest coverage, to explore the impact of carbon emission reduction key factor. Carry out carbon emission monitoring and decarbonization potential analysis of key industries, as well as carbon trading carbon pricing analysis, etc., to achieve comprehensive dimensional analysis of regional overall carbon production, consumption, alternative resources, and carbon reduction channels, and conduct situational awareness and accurate prediction of future trends .

3. “Carbon Emission” Visual Scheduling Command
The platform monitors the implementation results of "carbon neutrality" through intelligent monitoring and other channels, uses big data analysis technology to analyze regional multi-dimensional indicator conditions, simulates carbon neutrality scenarios through intelligent means, builds special application scenarios for carbon neutrality and carbon emission reduction, and conducts Key indicators and data that affect carbon peaking and carbon neutrality are predicted and dynamically simulated in the future. Enterprises can schedule carbon emissions for relevant departments and regions. Government departments can coordinate the management of multiple factors such as industry and regional carbon emission distribution and GDP impact, and conduct scheduling, command and optimization adjustments for relevant enterprises, departments and fields to ensure the achievement of carbon neutrality goals.

4. “Carbon Points” Mall Transaction

Earn carbon points:
Residents can register in the mini program and provide video or photo clues through garbage sorting, green travel and other activities, or apply for carbon points through data connection with third-party platforms. The management platform will issue corresponding carbon points to users after review.

Carbon credit purchase and exchange:
If the carbon emissions of enterprises in the six major categories exceed the standard, they need to purchase carbon points from the carbon points mall to reduce or reduce fines.
Residents sell points through the carbon points mall for cash or directly exchange points for rights and interests.
Enable blockchain technology to ensure the fairness of carbon credits and the irreversibility of rights and interests.