Solution

Based on all-round energy consumption and carbon emission collection, hierarchical analysis is performed in spatial, sub-item, distribution and other dimensions. Per capita and square meter are used as assessment indicators to achieve refined energy (carbon) measurement, build a full-coverage and full-caliber energy (carbon) monitoring network, and provide a comprehensive, real-time, perceptible, knowable and controllable integrated management platform.

Comprehensive perception and visible energy usage Real-time monitoring can intuitively present the energy consumption (carbon emissions) conditions and changing trends of various regions and buildings, as well as the benchmarking of energy consumption indicators. At the same time, it can be connected to photovoltaic energy storage to realize the visualization of the entire process and all elements of energy production and consumption.

Accurate analysis, clear and concise Through multi-dimensional analysis, vertical/horizontal comparative analysis, and energy flow analysis of building energy consumption data, managers can quickly identify problems, explore energy-saving space, and achieve lean management.

Ensure safety and efficient operation Based on the results of the analysis, we formulate reasonable management systems and measures to enhance the energy-saving awareness of office staff, standardize everyone's energy-using behavior, and fundamentally practice energy conservation and carbon reduction. We also improve the level of safety management through analysis, warning and rapid response to abnormal data.

Strategy customization, intelligent management and control Realize automatic control of building energy systems and realize intelligent control by combining usage scenarios, terminal sensing devices, commuting time, and meteorological data.

Green empowerment, carbon reduction and efficiency improvement Connect with photovoltaic, energy storage and other business systems, break through the information island barriers of the energy system, and realize the whole process control and all-round evaluation of building energy production and consumption.

Based on all-round energy consumption and carbon emission collection, hierarchical analysis is performed in spatial, sub-item, distribution and other dimensions. Per capita and square meter are used as assessment indicators to achieve refined energy (carbon) measurement, build a full-coverage and full-caliber energy (carbon) monitoring network, and provide a comprehensive, real-time, perceptible, knowable and controllable integrated management platform.

Comprehensive perception and visible energy usage Real-time monitoring can intuitively present the energy consumption (carbon emissions) conditions and changing trends of various regions and buildings, as well as the benchmarking of energy consumption indicators. At the same time, it can be connected to photovoltaic energy storage to realize the visualization of the entire process and all elements of energy production and consumption.

Accurate analysis, clear and concise Through multi-dimensional analysis, vertical/horizontal comparative analysis, and energy flow analysis of building energy consumption data, managers can quickly identify problems, explore energy-saving space, and achieve lean management.

Ensure safety and efficient operation Based on the results of the analysis, we formulate reasonable management systems and measures to enhance the energy-saving awareness of office staff, standardize everyone's energy-using behavior, and fundamentally practice energy conservation and carbon reduction. We also improve the level of safety management through analysis, warning and rapid response to abnormal data.

Strategy customization, intelligent management and control Realize automatic control of building energy systems and realize intelligent control by combining usage scenarios, terminal sensing devices, commuting time, and meteorological data.

Green empowerment, carbon reduction and efficiency improvement Connect with photovoltaic, energy storage and other business systems, break through the information island barriers of the energy system, and realize the whole process control and all-round evaluation of building energy production and consumption.

Based on all-round energy consumption and carbon emission collection, hierarchical analysis is performed in spatial, sub-item, distribution and other dimensions. Per capita and square meter are used as assessment indicators to achieve refined energy (carbon) measurement, build a full-coverage and full-caliber energy (carbon) monitoring network, and provide a comprehensive, real-time, perceptible, knowable and controllable integrated management platform.

Comprehensive perception and visible energy usage Real-time monitoring can intuitively present the energy consumption (carbon emissions) conditions and changing trends of various regions and buildings, as well as the benchmarking of energy consumption indicators. At the same time, it can be connected to photovoltaic energy storage to realize the visualization of the entire process and all elements of energy production and consumption.

Accurate analysis, clear and concise Through multi-dimensional analysis, vertical/horizontal comparative analysis, and energy flow analysis of building energy consumption data, managers can quickly identify problems, explore energy-saving space, and achieve lean management.

Ensure safety and efficient operation Based on the results of the analysis, we formulate reasonable management systems and measures to enhance the energy-saving awareness of office staff, standardize everyone's energy-using behavior, and fundamentally practice energy conservation and carbon reduction. We also improve the level of safety management through analysis, warning and rapid response to abnormal data.

Strategy customization, intelligent management and control Realize automatic control of building energy systems and realize intelligent control by combining usage scenarios, terminal sensing devices, commuting time, and meteorological data.

Green empowerment, carbon reduction and efficiency improvement Connect with photovoltaic, energy storage and other business systems, break through the information island barriers of the energy system, and realize the whole process control and all-round evaluation of building energy production and consumption.