A PROCESS AND APPARATUS FOR THE EFFICIENT POWER MANAGEMENT AND CONTROL OF DISTRIBUTED ENERGY SYSTEMS. The process embodies particular unique methods for capturing energy from multiple sources, primarily renewables, converting and distributing this energy into precise quanties and qualities to maximize storage efficiency and onward deployment of captured electrical energy. This process uses DC at 400-600 volts to achieve adaptability and efficiency goals. This high voltage method distribution process is unique in the invention.

摘要

Title: PROCESS AND SYSTEM FOR EFFICIENT POWER MANAGEMENT AND STORAGE CONTROL OF DISTRIBUTED ENERGY. Ambient User & Host (/0 Temperature Communication -4-- 118 Electronic 100 Humidity Interface Calendar 132 sensor Grid Voltage Integrated Current P ower Management and Energy Storage control F e suency 116 Sensing 1 28A r108 128B Zero Poe Non-Volatile Energy Sharing Dark Current Eeg hrn ii Memory Control Single Cell ofl 114i sal acquis, demperatura 106 sensor 136 138-- A Bi-directional enan ytagemrel t aDC/DC Converte PFCaiblt & Voltage/Currento& HVDC 124j Sensing Smart Battery Charger -c 12 104 Charger 112d 110- 120- 122 Multiple Power Multiplexer Auto LuDstributed Energy Sharing Controller No Power Fault 12 Enuesg Energy Saving Bypass Switching Inverter Cut-OFF Abstract: A PROCESS AND APPARATUS FOR THE EFFICIENT POWER MANAGEMENT AND CONTROL OF DISTRIBUTED ENERGY SYSTEMS. The apparatus is adapted for controlling the percentage of energy sharing of multiple energy generating devices through time division power multiplexing, the characteristics enhances the load and storage demand capability of the distributed energy system. The power management and storage control subsystem (116) facilitate the integration of the subsystems through signal acquisition, data analysis and functional control. The power multiplexing feature allows effective, efficient and bi-directional control of power flow, the characteristic enhances system reliability and energy availability. Aembenatur User & HostElcrnc 10 HuTmeratur Communication C18 letri 10 Huidt Interface Clna 12 sen sor 134 10 Grid Voltage Integrated Current Power Management and Energy Storage control Frequency 116 Sensing 128A 410828 Zero Power Non-Volatile [Energy Sharing Dark Current 4Energy Sharing Grid Memory Control Single Cell Control Battery Sensing 1143 Temperature 1061 136 Bidrctoa 138--,sno Bi-directional 18 j14 D/DC Converter 130 PF Votgerent & Ba ttery Module HVDC .- 1 2406 SeningSmart Battery Charger 104 Charger 4-112 La 110-)120 122 Multiple Power Multiplexer At Distributed 10 Energy Sharing Controller No Power Fal 1 Enrg Energy Saving Bypass Switching InverterCu-F