Main functions
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Comprehensive Energy and Environmental Automatic CollectionIt enables rapid integration of comprehensive energy data such as water, electricity, gas, heating, environment, photovoltaic, energy storage, and charging piles in park buildings. Real-time monitoring of energy and carbon emission data is conducted. Power collection utilizes wireless and battery-free devices, ensuring no power outages and zero impact or loss on normal operations. Environmental monitoring adheres to the Well standard, monitoring data including temperature and humidity, PM2.5, PM10, TVOC, and carbon dioxide, with relevant standard interpretations provided.
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Extensive Integration of System Equipment
The platform API employs cloud-to-cloud and edge-to-cloud connections; the edge API encompasses third-party hardware access, third-party service access, edge data analysis, third-party integration documentation, data push API, Kafka, Rabbitmq, Mqtt, Azure Servicebus, AWS SQS, PUBSUB.
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Intelligent Regulation and Closed-loop Management
Based on scenario-based data analysis, diagnosis, system analysis, and precise regulation in park building scenarios, a closed-loop intelligent supervision of buildings is established. Scenario-based control strategies replace traditional single-device control operations. Effectively, intelligent control is achieved through perception devices such as motion and daylight sensors. By integrating conference systems, implementing time-based management, remote control management, BMS system integration, central air conditioning energy-saving control, intelligent lighting control, environmental intelligent management, and remote/timed/planned control, the level of energy regulation is enhanced.
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Multi-faceted Visual Data Presentation
Utilizing GIS, BIM, CIM, and 3D/2D integrated display to present data of park buildings, including real-time and historical data of energy, carbon, and environment, as well as year-over-year and quarter-over-quarter comparisons. It also features multi-end display and interaction capabilities on large screens, information release systems, and PC/APP platforms, making the operational health parameters clearly visible.
Customer value
Enhance ESG Strategy for Enterprises
Assist companies in managing their energy usage and consumption, identifying and resolving issues of energy waste. This approach better addresses the concerns of investors and other stakeholders, minimizes negative environmental impacts, and enhances the company's social reputation.
Accelerate Digital Transformation
Leverage information technologies such as the IoT, cloud computing, big data, AI, and 5G to implement dynamic, full-lifecycle monitoring of comprehensive energy, carbon emissions, and environmental conditions in park buildings. This strategy achieves a dual balance between social responsibility and corporate growth, as well as between energy conservation and carbon reduction and increased production and efficiency.
Gain Insights, Analyze, and Optimize
By monitoring energy consumption data in park buildings, calculating carbon emissions, and conducting predictive analysis of energy usage, managers can gain a comprehensive and timely understanding of energy consumption patterns. This enables timely energy-saving adjustments, thereby improving energy management efficiency and ultimately achieving the goals of increasing revenue, reducing costs, and enhancing operational efficiency.