The comprehensive management of the park's energy-saving management system covers the monitoring, analysis, and optimization of various energy data including water, electricity, photovoltaics, and energy storage. Leveraging the park's new energy transformation solutions, it achieves multi-energy conversion, multi-energy complementation, and multi-network integration, constructing a comprehensive and collaborative energy network that enhances the efficiency and stability of the park's energy system. By implementing the park's energy optimization and retrofit solutions, it can improve the overall energy efficiency of the park, reduce the carbon dioxide emissions of the park, and achieve the goal of comprehensive emission reduction.
Systematically analyze the current industry to fully understand its present situation.
Unreasonable park planning
There are many limiting factors in the initial design of the park, and the planning and design of the energy use in the park is not reasonable. The construction lacks systematicness and foresight.
Imbalance in energy structure
The energy consumption in the park is still dominated by traditional water, electricity, and gas, with insufficient utilization of new energy sources such as solar and wind power, resulting in a severe imbalance in the energy structure.
Deficiency in facility intelligence
The various energy facilities and equipment within the park lack Internet of Things (IoT) sensing capabilities, making it impossible to accurately count energy use and carbon emissions or implement intelligent management.
Insufficient operational capacity
Heavy emphasis on construction and light focus on operation services, inadequate management of carbon emissions in the park, lacking data-driven energy management technology.
High management cost
Manually managed, the management process is complex and the management cost is relatively high.
Value Empowerment
Provide corresponding value for the industry, empower development, and facilitate transformation.
Carbon emissions reduce12%
Through comprehensive carbon emission detection in the park, including measuring and recording emissions from various sources, the park can set accurate reduction targets and achieve net-zero carbon emissions within the park.
Traditional Energy Consumption reduces8%
Improve energy utilization efficiency, help the park reduce its use and waste of traditional energy, lower the park's energy costs, and achieve a reduction in energy consumption within the park.
New Energy Efficiency improves20%
Through intelligent regulation, maximize the role and value of new energy, reduce the dependence on traditional energy in the park, realize the upgrading of a diversified distributed energy system, and achieve net zero carbon dioxide emissions in the park.
Management cost reduces10%
Through the application of an energy management system, precise monitoring and control of energy consumption are achieved, reducing the energy consumption of the park and subsequently lowering the cost of energy management.
Core Features
Provide users with efficient and convenient solutions, empowering business development.
Smart park twinning
Three-dimensional visualization to restore the comprehensive pipeline information inside buildings, mainly including strong and weak current wiring, air conditioning, fresh air, fire protection."
Energy consumption monitoring
Provides a clear display of the energy consumption of buildings, including water, electricity, and natural gas, and supports monthly and annual data statistics and analysis to support energy-saving and emission reduction efforts.
Energy allocation
Reasonably allocate and dispatch new energy sources (such as solar, wind, geothermal, etc.) to meet the energy needs of the park and achieve efficient utilization and sustainable development of new energy.
Equipment management
Comprehensive and systematic management and control of various energy equipment within the park to ensure normal operation and safe production, improve equipment utilization rate and service life.
Carbon emission detection
Real-time monitoring of various carbon emission sources within the park, collecting, organizing, and analyzing monitored carbon emission data to assess the park's carbon emissions and carbon emission intensity.
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