SUPPLY SYSTEM OF ELECTRONIC DEVICE USING THE POWER OF ENVIRONMENT

摘要

The invention relates to electrical engineering, and more specifically, to devices for maintenance of the secondary cells (batteries) and may be used in supply systems of different technical devices and systems to charge integrated therein batteries (battery), preferably for the operation of the system power mobile / portable electronic devices (MPEU) using alternative energy sources. Summary of the utility model is that the known device, consisting of a port to connect external devices (PPVU), battery (rechargeable battery), the voltage converter (Mo), a backup power source (EE), the controller backup power source charge (KZRIE) photovoltaic module (FEM) and a portable device power supply bus (SHEPP) that its port connected to the first port of the battery, which is connected to the second port to the first port KZAB that its second and fourth ports connected, respectively, etstvenno, a first port PPVU and to the first port EE, which second port is connected to a first port KZRIE furthermore node FEP its port connected to the second port of Mo, and configured to charge / recharge unit battery from an external electric power source type of network adapter further introduced into its structure electricity collection manager (MEPS), radiofrequency energy collector (SRCHE) vibrational energy collector (BOO) and the thermoelectric generator (TEG), which for its port connected to the first port MUNEE which with their torogo through fifth ports coupled respectively to the port SRCHE with port BOO, with the first port Mo and the second port KZRIE, thus, MEPS node is adapted to collect electrical energy environment (EEVS) received from TEG nodes SRCHE, BOO and FEP, using for the maximum power point tracking system and accumulation in EEVS EE, which is arranged on the rechargeable-type batteries Thinergy technology and provides charging for the time counted in minutes, and the amount of full charge-discharge cycles, numbering in the hundreds m ysyach. Entered essential features provide increased duration of battery life of the known device when it is operating in an environment where access to stationary sources of electric power difficult / limited or absent, which is achieved due to the energy recovery external environment, its accumulation in the reserve energy source and use accumulated EE for recharging battery that provides autonomous operation MPEU.