Core Viewpoint - The article highlights the transformation of energy management in public institutions in Qingzhen City through the implementation of a contract energy management (EMC) model, shifting from a government-led approach to a market-driven one, resulting in significant energy savings and efficiency improvements. Group 1: Energy Management Transformation - Qingzhen City has introduced a real-time energy consumption monitoring system that allows for precise tracking and intelligent control of energy use across various floors and areas [1] - The city faced challenges in energy efficiency due to outdated equipment and limited financial resources for upgrades, leading to a need for innovative solutions [2] - The shift to a market-driven model has positioned Qingzhen City as a pilot county for energy management projects in the province [2] Group 2: Innovative Approaches - Unlike other cities that operate on a fragmented basis, Qingzhen City has adopted a comprehensive approach by bundling 101 public institutions into a single energy management project, enhancing bargaining power and efficiency [3] - The project aims to achieve a 10% energy savings rate, potentially saving over 1 million yuan annually [3] - The government pays for energy costs upfront, while the private sector manages equipment upgrades and maintenance, sharing the savings as profit [3] Group 3: Technological Integration - The energy management platform utilizes AI algorithms to optimize energy consumption based on real-time data, significantly improving efficiency [4] - Adjustments to energy usage, such as temperature regulation based on weather conditions, can lead to substantial cost savings [4] Group 4: Achievements and Future Goals - As of now, all 47 government agencies in Qingzhen City have been certified as energy-saving institutions, achieving a 100% completion rate [6] - The administrative center has implemented a paperless meeting system, saving approximately 1.5 million yuan annually, and has achieved a 60% reduction in energy consumption from central air conditioning [6] - Future plans include transforming saved carbon emissions into tradable carbon assets, positioning public institutions as potential sellers in the carbon trading market [9]

Core Insights - The article addresses the pressing concerns of hospital administrators regarding energy costs, efficiency, and security, providing systematic answers through the solutions offered by Shijian Technology in the field of zero-carbon digitalization for hospitals [1] Group 1: Energy Management Benefits - Energy management can lead to significant savings for hospitals, categorized as "threefold savings": reduced energy consumption, lower investment costs, and decreased labor costs [2] - Comprehensive energy consumption can be reduced by over 15%, aiding hospitals in achieving near-zero emissions [4] - Shijian Technology covers all costs for equipment upgrades and system renovations, ensuring no impact on hospital budgets [4] - Operational expenses are significantly reduced as a professional team provides 24/7 monitoring, eliminating the need for dedicated operational staff [4] - Examples include Shenzhen Second People's Hospital achieving a 15% energy savings, equating to 3.09 million kWh annually and a reduction of 1,160 tons of CO₂ emissions; Nanjing First Hospital (Hexi District) also achieving a 15% energy savings, translating to approximately 1.2 million yuan in annual cost savings and a reduction of 452 tons of CO₂ emissions [4] Group 2: Assurance of Energy Savings - Shijian Technology employs a "threefold guarantee" to ensure real energy savings through contractual obligations, technological implementation, and process supervision [6] - Contracts are based on actual energy consumption data from the past 1-3 years, with energy savings rates and verification standards included, ensuring compensation for unmet targets [8] - The company utilizes AI-driven management and efficient equipment upgrades to achieve precise energy savings without compromising medical experience [9] - Energy consumption data is transparently monitored through a digital platform, allowing hospitals to access real-time data and monthly audit reports [9] Group 3: Energy Security Measures - Energy security is prioritized, with Shijian Technology implementing a "threefold protection" strategy to ensure safety in medical operations [10] - An AIoT platform monitors equipment 24/7, providing real-time alerts for anomalies such as voltage fluctuations and water pressure drops [12] - Predictive maintenance is employed to identify equipment degradation trends, allowing for proactive replacement of aging components [12] - A professional team ensures rapid response to faults, with a 15-minute response time and a 30-minute resolution time to maintain uninterrupted power supply in critical areas [12] Group 4: Impact on Medical Operations - Energy management measures are designed to have zero interference with medical operations, ensuring that hospital services continue without disruption while enhancing the environment [13] - Construction and renovation activities are conducted with minimal disruption, scheduled to avoid peak hours and sensitive times for patients [13] - The AIoT platform actively improves patient experience by regulating temperature, humidity, and air quality, transitioning from manual inspections to automated interventions [13] Group 5: Competitive Advantages of Shijian Technology - Shijian Technology's deep understanding of hospital needs, comprehensive technology stack, and commitment to long-term partnerships position it as a trusted zero-carbon digitalization partner for hospitals [14] - The company has extensive experience in the medical field, understanding the unique energy requirements of areas such as operating rooms and ICUs, prioritizing safety over mere energy savings [16] - A fully self-developed technology ecosystem ensures a closed-loop system of software, hardware, and algorithms, avoiding the pitfalls of piecemeal solutions [16] - Shijian Technology commits to long-term service, providing 8-10 years of management support to continuously optimize systems and avoid obsolescence [16] - The shift towards energy management as a strategic development support reflects the growing importance of sustainability and efficiency in hospital operations [16]