Hospital Solutions

1. Solution Overview: Hospitals, as significant public service institutions, have extremely stringent requirements for the reliability and stability of energy. This is a comprehensive energy solution designed for hospitals, with the objectives of enhancing energy utilization efficiency, reducing operational expenditures, attaining sustainable development, and creating a more congenial environment for patients and medical staff.

2.Solution Analysis: PhotovoltaicPowerGenerationSystem:Installsolarphotovoltaicpanelsinspaciousareassuchashospitalrooftops and parking lots. Transform solar energy into electricity to supply power for hospital lighting, office equipment, and certain medical devices, thereby reducing reliance on the power grid. Energy Storage System: The system is equipped with battery energy storage devices. Store surplus electricity during periods of abundant solar power generation and release it during nighttime or on cloudy and rainy days when solar power is insufficient, ensuring the stability of the hospital‘s power supply. Simultaneously, it can serve as a backup power source during grid failures to guarantee the operation of important medical equipment. Intelligent Lighting System: Adopt smart sensing technology to automatically adjust the lighting based on human activity levels and natural lighting conditions. Decrease the lighting luminance in unoccupied areas or those with sufficient natural light to achieve energy conservation. At the same time, the system can be managed remotely, thus increasing its management and operational efficiency. AirConditioningEnergy-SavingSystem:Employvariable-frequencytechnologyandanintelligentcontrolsystemto automatically adjust the operating output level of air conditioners based on indoor temperature and human activity levels. Additionally, this system can also improve the energy utilization efficiency through zoning control.

3.Solution Value: ReduceEnergyCosts:Thecombinationofphotovoltaicpowergenerationandtheenergystoragesystemcanreduce the hospital’s electricity usage from the grid, the smart lighting and air conditioning systems can also help save power, thereby reducing energy costs. IncreasePowerReliability:Theenergystoragesystemcanactasabackuppowersupplyduringgridfailures,ensuring the operation of key medical equipment in the hospital. The presence of the PV power generation system can also alleviate grid pressure to a certain extent, overall enhancing the energy reliability of the hospital. Environmental Protection and Energy Conservation: Solar energy is a clean and renewable energy source that does not produce pollutions or greenhouse gas emissions when produced. The application of intelligent lighting and air conditioning energy-saving systems can reduce energy waste and lower the hospital's carbon emissions, achieving the goals of environmental protection and energy conservation. ImprovingtheQualityoftheHospitalEnvironment:Theintelligentlightingsystemcanprovideacomfortablelighting ambience based on actual needs, reducing glare and light pollution. The air conditioning energy-saving system can maintain an appropriate indoor temperature, enhancing the comfort of patients and medical staff.