Energy-saving System 4.0: Based on the "mechanism framework + AI" technology, the goal is to approach the energy-saving limits of the system, upgrading from passive optimization to active optimization, expanding from local energy-saving to global energy-saving, and significantly improving energy-saving effectiveness.
Next-generation Energy Efficiency Platform: Able to approach the system's limits, it uses deep intelligent control technology to unlock greater energy-saving potential.
Core Technology: MPC (Model Predictive Control): Using high-precision models to predict equipment-level performance and perform system-level simulations, comparing a large number of potential system operation paths to find the optimal solution and achieve global optimization at the system level.
Core Product: Next-generation standardized PaaS platform: Plug-and-play, empowering industries with features such as data collection, energy-saving effect presentation, edge computing, and control dispatch. It supports flexible configuration of various device type models and strategy modules.
Product Architecture and Application Scenarios
Three Major Application Scenarios: Suitable for advanced manufacturing, data centers, public utilities, and other scenarios.
Core Application Products:
• Deep Energy-saving System for Air Conditioning: A deep energy-saving solution specifically designed for air conditioning systems.
• Deep Energy-saving System for Air Compressors: Deep energy-saving optimization for air compressor systems.
• Integrated Energy Management Platform: A platform for comprehensive energy management and optimization.
• Efficient Data Center Simulation Design Platform: A platform for simulation design and optimization of data centers.
Core Platform Tools:
• Data Collection Tool: Responsible for data collection and integration of communication protocols.
• Algorithm Configuration Platform: Supports flexible configuration of strategy modules and device type models.
• Low-code Data Platform: Provides flexible configuration features, components, and charts in a modular fashion.
Product Value
• Deep Energy-saving: Through system-level global optimization, energy-saving effects approach system limits, achieving a 10% to 40% improvement in energy efficiency compared to mainstream systems.
• Real-time Verification: One-click system switching allows energy-saving effects to be verified within 10 minutes, with quantifiable and visible results.
• Extreme Safety: Based on years of experience, provides predictive maintenance using high-precision models, real-time diagnostics, safety linkage, power-off protection, network disconnection protection, dual-machine hot backup, and other safety measures.
• Agile Delivery: Standardized, lightweight delivery reduces delivery time by 80%. Functions like configuration self-information, project menu, and associated device configuration enable rapid delivery and system setup.
Integrated Energy Management Platform Functional Modules
• Dashboard: Provides BIM 3D visualization, carbon management, and park visualization functions.
• Operation and Maintenance Management: Includes operation and maintenance management, energy management, status diagnosis, equipment management, repair management, etc.
• Energy Consumption Management: Covers energy consumption overview, index analysis, automatic meter reading, peak management, energy consumption settlement, etc.
• Energy-saving Optimization: Implements demand response, optimization, performance models, system optimization, load forecasting, etc.
• Safety & Environment: Ensures safe equipment operation, monitors energy overview, chilled water, air compressors, power distribution monitoring, etc.
• Basic Platform: Based on a complete account standard system and sound data security mechanisms, provides database, workflow, messaging components, reporting tools, configuration tools, user management, and other basic functions.
