At present, the main pain points of industrial parks are as follows:
1）As the carbon reduction in industrial parks is complicated, they don't know where to start: energy monitoring is not in place, consumption measurement is unclear, and it is impossible to accurately grasp the energy consumption in the parks; The analysis and calculation of carbon emissions are complex, and users do not know how to build a green low-carbon/zero-carbon park;
2）The energy system is independent and the load coordination control is weak: the clean energy system runs independently and the utilization rate of clean energy is low; Loads are not graded, so load management is not easy, and coordination control is weak in case of power rationing;
3）With manual inspection, operation & maintenance cannot be efficient: system monitoring is not real-time, manual management workload is large, operation & maintenance efficiency is low and cost is high; Unable to warn and identify problems such as equipment faults, and the service quality cannot be guaranteed; Multiple software systems have to be upgraded, so the maintenance cost is high. CYG ET takes value flow as its core orientation; Through technologies such as Internet of Things, cloud-edge collaboration and artificial intelligence, it promotes the collaborative optimization of energy flow, information flow and carbon emission flow, present the complex state and behavior of physical power grid in digital space through integrated digital platform, and build four core competencies of dispatching management, energy and carbon management, operation & maintenance management and operation management, so as to support the multi-dimensional value goals of lean and intelligent management, efficient energy complementation and low-carbon and green operation.