With an intelligent energy data acquisition hub, the intelligent energy management system can realize precise regulate and control, dig data value through a multi-dimensional deep analysis engine, provide forward-looking guidance based on the smart energy decision-making engine, and achieve energy saving and consumption reduction by leveraging an AI energy efficiency optimization engine.
Ultimately, based on the carbon peaking and carbon neutrality strategic management platform, we can promote the enterprise to advance towards a new stage of green, low-carbon, and efficient development, achieving a win-win for economic and environmental benefits.
It involves comprehensive management of the Park's energy-saving management system, covering the monitoring, analysis, and optimization of various energy consumption data including water, electricity, photovoltaics, and energy storage system.
At the same time, by leveraging the new energy transformation solutions for the Park, it achieves multi-energy conversion, multi-energy complementarity, and multi-network integration, and establishes a comprehensive and coordinated energy network which makes the Park's energy system more efficient and stable.
Through the Park's energy usage optimization and transformation solutions, it further enhances the energy use efficiency and reduces the CO2 emissions of the Park, and achieves the goal of comprehensive emission reduction.
It features various functions like intelligent perception, data analysis, optimized scheduling, market trading, security assurance, and visual management.
By collecting distributed energy data and data from user sides, it applies algorithmic models for in-depth analysis and formulates precise scheduling strategies, and participates in electricity market trading for profit while ensuring grid stability.
It extends equipment lifespan by utilizing a cybersecurity protection system and intelligent operation and maintenance, and it taps into energy-saving potential through meteorological and behavioral predictions, and ultimately presents an overall operational status on the visual interface, providing comprehensive support for efficient energy integration and intelligent upgrades in the industry.