CN203135911U

CN203135911U - Household optical fiber network unit control system employing solar batteries for power supply

Info

Publication number: CN203135911U
Application number: CN 201320079033
Authority: CN
Inventors: 徐咸
Original assignee: NANTONG TIANDITONG NETWORK ENGINEERING Co Ltd
Current assignee: NANTONG TIANDITONG NETWORK ENGINEERING Co Ltd
Priority date: 2013-02-21
Filing date: 2013-02-21
Publication date: 2013-08-14
Anticipated expiration: 2023-02-21

Abstract

The utility model relates to a household optical fiber network unit control system employing solar batteries for power supply and belongs to the technical field of new energy application. The household optical fiber network unit control system employing the solar batteries for power supply is a system including household electric appliance such as a computer, an ITV (Internet TV), a telephone and the like and capable of remote control and management. The household optical fiber network unit control system employing the solar batteries for power supply has two characteristics. First, solar power is utilized as a power source of the household optical fiber network unit control system employing the solar batteries for power supply. At the same time, a voltage-stabilizing power source and an inverter power source together provided with the storage batteries are utilized as energy-storing devices. Therefore, dependence of a household optical network unit on a 220V AC power source is removed. When power failure occurs or power supply is cut off by natural disasters such as typhoons, earthquakes and the like, the normal working of network communication and main household electric devices is guaranteed. Besides, cost on electricity consumption is also reduced, so that aims of saving energy and protecting environment are realized. Second, by utilizing a combined design utilizing a characteristic of uninterruptible power supply of a solar battery power supply system and employing an optical network unit communication device, various functions of remote management and control are realized.

Description

The family expenses optical network unit control system of solar cell for supplying power

Technical field

The utility model relates to the family expenses optical network unit control system of solar cell for supplying power, belongs to technical field of new energy application.

Background technology

The family expenses optical network unit control system of solar cell for supplying power be one comprise household electrical appliance such as computer, Web TV (itv), phone can Long-distance Control and the system of management.Present optical network unit (ONU) is because use the mains system of 220V, so in case have a power failure, computer, TV, landline telephone completely break, become the focus that present user reports for repairment to operator, also have present optical network unit not possess Long-distance Control and management function to load (household electrical appliances such as computer, TV, phone), opening in 24 hours, and increasing electricity charge expenditure, be unfavorable for energy-conserving and environment-protective.

Summary of the invention

The purpose of this utility model is to overcome above-mentioned weak point, by using the electric power system of solar cell power generation, add stabilized voltage power supply and the inverter of band batteries to store energy function, guarantee that optical network unit is under the situation of the long-time power failure that any maintenance outage or natural calamity cause, the uninterrupted power supply that optical network unit is provided of reliable and energy-conserving and environment-protective, thereby the operate as normal of important household electrical appliance such as guarantee computer, TV, landline telephone, monitoring camera, fire alarm.

Main technical schemes of the present utility model is achieved in that

Use the family expenses optical network unit control system of solar cell for supplying power, this device is by 1 square metre of 150W solar panel (1), pillar (2), first lead (3), ac-dc dual power supply (4), storage battery in the ac-dc dual power supply (5), interchange output inverter (6) in the ac-dc dual power supply, D.C. regulated power supply in the ac-dc dual power supply (7), second lead (8), privates (9), privates (10), the 5th lead (11), the 6th lead (12), optical network unit controller (13), the total machine room of local side GPON system (14), outdoor Transmission Fibers (15), optical fiber transceiver module (16), optical network unit module (17), Web TV iTV decoder module (18), alarming horn (19), household electrical appliance control and management module (20), the control and management bus (21) that impedance is 75 ohm, the 28 lead (22), the 29 lead (23), computer (24), computer network input line (25), the video connecting line (26) of Computer-to-Computer display, the 7th lead (27), first controllable silicon (28), solar powered water cycling hot exchange air-conditioning (29), the first SCR control polar conductor (30), temperature sensor lead (31), temperature sensor (32), the 30 lead (33), first attaching plug (34), second controllable silicon (35), electric cooker (36), the second SCR control polar conductor (37), carbon dioxide sensor (38), the 8th lead (39), air separation formula oxygenerator (40), air separation formula oxygenerator power line (41), second source plug (42), the 3rd controllable silicon (43), the 3rd SCR control polar conductor (44), Smoke Sensor (45), the 9th lead (46), the tenth lead (47), charged magnet valve sprinkler head (48), wireless door magnetic or window magnetic ejector (49), wireless door magnetic or window magnetic ejector antenna (50), wireless door magnetic or window magnetic reception antenna (51), camera (52), camera video connecting line (53), liquid crystal digital TV machine power line (54), TV set power plug (55), the 4th controllable silicon (56), the 4th SCR control polar conductor (57), the 11 lead (58), telephone set (59), liquid crystal digital TV machine (60), the 12 lead (61), three one group look audio wire (62), LCD computer display (63), the tenth three wires (64), the 14 lead (65), the 15 lead (66), the 16 lead (67), the 17 lead (68), the 18 lead (69), the 19 lead (70), the 20 lead (71), 9V laminated cell (72), the 21 lead (73), the 22 lead (74), the 20 three wires (75), the 24 lead (76), the 25 lead (77), the 26 lead (78), the 27 lead (79), telephone wire (80), totally 80 parts are formed jointly.

Annexation is, 1 square metre of 150W solar panel (1) is connected with the d terminal of ac-dc dual power supply (4) by first lead (3), the d terminal of ac-dc dual power supply (4) is connected by a terminal of the storage battery (5) in the 24 lead (76) and the ac-dc dual power supply, c terminal in the storage battery (5) in b terminal in the storage battery in the ac-dc dual power supply (5) and the ac-dc dual power supply is connected, b terminal in the storage battery in the ac-dc dual power supply (5) is connected by a terminal of the interchange output inverter (6) in second lead (8) and the ac-dc dual power supply, c terminal in the storage battery in the ac-dc dual power supply (5) is connected by a terminal of the D.C. regulated power supply (7) in privates (9) and the ac-dc dual power supply, the b terminal of the D.C. regulated power supply in the ac-dc dual power supply (7) is connected with the b terminal of ac-dc dual power supply (4) by the 5th lead (11), 2 two road DC direct current 12V power supplys through voltage stabilizing of the b terminal output of ac-dc dual power supply (4), the 28 lead (22) of leading up to is given liquid crystal computer monitor (63) power supply, the tenth lead (47) of leading up to is given a terminal feedwater spraying electromagnetic valve (48) power supply of charged magnet valve sprinkler head (48), the c terminal of the D.C. regulated power supply in the ac-dc dual power supply (7), export three tunnel direct current DC9V power supplys through voltage stabilizing, the 6th lead (12) of leading up to is connected with the c terminal of ac-dc dual power supply (4), the c terminal of ac-dc dual power supply (4) is given optical network unit controller (13) power supply by the tenth three wires (64) output voltage, the second the tunnel is connected the back by the 22 lead (74) with a terminal of carbon dioxide sensor (38) gives carbon dioxide sensor (38) power supply, Third Road is connected the back by the 20 three wires (75) and gives camera (52) power supply with a terminal of camera (52), the AC220V AC power of the b terminal output of the interchange output inverter (6) in the ac-dc dual power supply is connected with a terminal of ac-dc dual power supply (4) by privates (10), the a terminal output two-way of ac-dc dual power supply (4) exchanges the AC220V power supply, the 29 lead (23) of leading up to is given computer (24) power supply, lead up to being connected of the 7th lead (27) and first controllable silicon (28), the 14 lead (65) that passes through of first controllable silicon (28) is connected with solar powered water cycling hot exchange air-conditioning (29), after passing through the first SCR control polar conductor (30) and the control and management bus (21) of 75 ohm of impedances is connected, the control utmost point of first controllable silicon (28) is connected with household electrical appliance control and management module (20) again, after passing through temperature sensor lead (31) and the control and management bus (21) of 75 ohm of impedances is connected, temperature sensor (32) is connected with household electrical appliance control and management module (20) again, after passing through the second SCR control polar conductor (37) and the control and management bus (21) of 75 ohm of impedances is connected, the control utmost point of second controllable silicon (35) is connected with household electrical appliance control and management module (20) again, the output stage of second controllable silicon (35) is connected by the 15 lead (66) and electric cooker (36), the input utmost point of second controllable silicon (35) is connected with first attaching plug (34) by the 16 lead (67), another root power line of first attaching plug (34) is connected with electric cooker by the 30 lead (33), after passing through the 8th lead (39) and the control and management bus (21) of 75 ohm of impedances is connected, the b terminal of carbon dioxide sensor (38) is connected with household electrical appliance control and management module (20) again, one of two power line of air separation formula oxygenerator (40) pass through air separation formula oxygenerator power line (41) and are connected with attaching plug (42), another root is connected with the output of the 3rd controllable silicon (43) by the 17 lead (68), the input of the 3rd controllable silicon (43) is connected with attaching plug (42) by lead (69), after passing through the 3rd SCR control polar conductor (44) and the control and management bus (21) of 75 ohm of impedances is connected, the control end of the 3rd controllable silicon (43) is connected with household electrical appliance control and management module (20) again, after passing through the 9th lead (46) and the control and management bus (21) of 75 ohm of impedances is connected, Smoke Sensor (45) is connected with household electrical appliance control and management module (20) again, after passing through the 19 lead (70) and the control and management bus (21) of 75 ohm of impedances is connected, the b terminal of charged magnet valve sprinkler head (48) is connected with household electrical appliance control and management module (20) again, wireless door magnetic or window magnetic reception antenna (51) be connected with household electrical appliance control and management module (20) again after the control and management bus (21) of 75 ohm of impedances is connected, after passing through camera video connecting line (53) and the control and management bus (21) of 75 ohm of impedances is connected, the b terminal of camera (52) is connected with household electrical appliance control and management module (20) again, two power lines of liquid crystal digital TV machine (60), one is passed through liquid crystal digital TV machine power line (54) and is connected with TV set power plug (55), another root is connected with the 4th controllable silicon (56) output stage by the 12 lead (61), the input utmost point of the 4th controllable silicon (56) is connected with TV set power plug (55) by the 15 lead (77), after passing through the 4th SCR control polar conductor (57) and the control and management bus (21) of 75 ohm of impedances is connected, the control utmost point of the 4th controllable silicon (56) is connected with household electrical appliance control and management module (20) again, liquid crystal digital TV machine (60) is connected with Web TV iTV decoder module (18) by three one group the audio wire (62) of looking, Web TV iTV decoder module (18) is by the 26 lead (78) and optical network unit module (17), optical network unit module (17) is connected with household electrical appliance control and management module (20) by the 11 lead (58), household electrical appliance control and management module (20) is connected with alarming horn (19), telephone set (59) is connected with optical network unit controller (13) by telephone wire (80), the total machine room of local side GPON system (14) is connected with optical fiber transceiver module (16) by outdoor Transmission Fibers (15), and optical fiber transceiver module (16) is connected with optical network unit module (17) by the 27 lead (79).

The installation site is, 1 square metre of 150W solar panel (1) is fixed in roof or balcony by pillar (2), storage battery in the ac-dc dual power supply (5), interchange output inverter (6) in the ac-dc dual power supply, D.C. regulated power supply in the ac-dc dual power supply (7) is installed in the casing of ac-dc dual power supply (4), optical fiber transceiver module (16), optical network unit module (17), Web TV iTV decoder module (18), alarming horn (19), household electrical appliance control and management module (20) is installed in the casing of optical network unit controller (13), computer (24), LCD computer display (63), telephone set (59) is placed in desktop, liquid crystal digital TV machine (60), the indoor heat converter of solar powered water cycling hot exchange air-conditioning (29), camera (52), temperature sensor (32), carbon dioxide sensor (38) is installed on indoor wall, 9V laminated cell (72) is installed in each wireless door magnetic or the window magnetic ejector (49), electric cooker (36) is installed on the desktop in kitchen, Smoke Sensor (45), charged magnet valve sprinkler head (48) is installed on the roof, air separation formula oxygenerator (40) is placed in ground, first controllable silicon (28), second controllable silicon (35), the 3rd controllable silicon (43), (56) four controllable silicons of the 4th controllable silicon are installed in the external capsule.

The beneficial effects of the utility model are, use the family expenses optical network unit control system of solar cell for supplying power, first can save the energy, small-power electrical equipment in the family, all can use native system and save electricity charge spending, second when having a power failure, and guarantees the normal use of all communications and important electrical equipment such as fire and burglar alarm, and the 3rd can realize the telemanagement of household electrical appliance and control automatically.

Description of drawings

Accompanying drawing 1 is the structural representation of the utility model patent.

Embodiment

The utility model relates to the family expenses optical network unit control system of solar cell for supplying power, belongs to technical field of new energy application.Embodiment during following the utility model is incited somebody to action by reference to the accompanying drawings is further described: the family expenses optical network unit control system of solar cell for supplying power is to be made of solar electric power supply system and whistle control system two parts.The solar electric power supply system operation principle is, the direct current that 1 square metre of 150W solar panel (1) is transformed into solar energy, export to storage battery (5) in the ac-dc dual power supply in the ac-dc dual power supply (4) by first lead (3), charge and energy storage, storage battery in the ac-dc dual power supply (5), with the electric energy that stores, divide two-way output, one the tunnel gives the interchange output inverter (6) in the ac-dc dual power supply, the alternating current of output 220V, one the tunnel gives the D.C. regulated power supply (7) in the ac-dc dual power supply, the D.C. regulated power supply in the ac-dc dual power supply (7), and output direct current DC9V and two groups of DC power supply of DC12V are given load.Because this patent designed solar cell plate output power is about 150W, therefore the principle of power division is, electrical equipment less than 100W, by the solar electric power supply system supply, greater than the electrical equipment of 100W, by the indoor former electric power system power supply of 220V, the controllable silicon of the indoor former electric power system power supply of control 220V, because power consumption is 0.2W only, is powered by solar electric power supply system.The operation principle of whistle control system is, the total machine room of local side GPON system (14) is by outdoor Transmission Fibers (15), optical fiber transceiver module (16), optical network unit module (17), constituted the transmission line of this patent system, optical network unit module (17) is as user's terminal equipment, distribute to its outer net IP address by the total machine room of local side GPON system (14), following controlled household electrical appliance, distribute to an Intranet IP of each controlled household electrical appliance address by household electrical appliance control and management module (20), each Intranet IP address all is mapped on the IP address of outer net, make the user can use computer or surfing Internet with cell phone outside being in, by the Internet electrical equipment of family is realized Long-distance Control and management, in the accompanying drawing to the electrical equipment control process of selecting for use be, optical network unit module (17) has three tunnel outputs, the first via is given landline telephone (59) decoded telephone signal by telephone wire (80), the second the tunnel is by computer network input line (25) the computer network signal after the demodulation to be exported to computer (24), Third Road is by the 26 lead (78), the network TV program that the total machine room of local side GPON system (14) stores is exported to Web TV iTV decoder module (18), Web TV iTV decoder module (18), the decoded standard video/audio signal of audio wire (62) output of looking by three one group is given liquid crystal computer monitor (63), the power supply control of LCD computer display (63), outputed signal to the control and management bus (21) of 75 ohm of impedances by household electrical appliance control and management module (20), control and management bus (21) the output positive voltage that impedance is 75 ohm is given the 4th controllable silicon (56), the 4th controllable silicon (56) output 220V alternating current, open television set, temperature sensor (32) is behind the temperature value that reaches user's setting, by temperature sensor lead (31), to export a positive square-wave signal and give household electrical appliance control and management module (20), household electrical appliance control and management module (20) output control signal is given first controllable silicon (28), after first controllable silicon (28) conducting, and the 220V alternating current of output solar electric power supply system output, be the solar powered water cycling hot exchange air-conditioning (29) of 80W to power by the 14 lead (65), solar powered water cycling hot exchange air-conditioning (29), after powering up, fan begins to the indoor underground cold wind (summer) that blows out, or hot blast (winter), the control mode of electric cooker (36) has two kinds, and a kind of is by the network clocking in the household electrical appliance control and management module (20), according to the time of setting, then output signal is by the second SCR control polar conductor (37), second controllable silicon (35) is opened power supply in the external 220V family, and electric cooker (36) powers up cooks, and also having a kind of control mode is by long-range computer or surfing Internet with cell phone, after landing household electrical appliance control and management module (20), open the Intranet IP that electric cooker (36) sets, the output control signal is given the second SCR control polar conductor (37), and second controllable silicon (35) is opened power supply in the external 220V family, electric cooker (36) powers up cooks, air separation formula oxygenerator (40) control is to be determined by the startup value that carbon dioxide sensor (38) is set, and when carbon dioxide sensor (38) reaches the startup value, outputs signal to household electrical appliance control and management module (20), household electrical appliance control and management module (20) outputs signal to the control and management bus (21) of 75 ohm of impedances, the control and management bus (21) that impedance is 75 ohm is given the 3rd controllable silicon (43) by the 3rd SCR control polar conductor (44) output positive voltage, the 3rd controllable silicon (43) output 220V alternating current, and opening air separation formula oxygenerator (40) is indoor oxygen processed, Smoke Sensor (45) is after receiving smoke signal, be connected with household electrical appliance control and management module (20) after control and management bus (21) by 75 ohm of the 9th lead (46) and impedances is connected, the output alarm voltage signal is given household electrical appliance control and management module (20), after household electrical appliance control and management module (20) is received signal again, control and management bus (21) and lead (70) by 75 ohm of impedances add positive electricity for the b terminal of electromagnetically operated valve sprinkler head (48), after the b terminal of electromagnetically operated valve sprinkler head (48) adds positive electricity, open the DC9V direct current of a terminal of charged magnet valve sprinkler head (48), after the electromagnet in the electromagnetically operated valve sprinkler head (48) powers up, open electromagnetically operated valve sprinkler head (48) and begin water spray, realize self-extinguishing, wireless door magnetic or window magnetic ejector (49) and wireless door magnetic or window magnetic ejector (50) can be some covers according to user's needs, when any one wireless door magnetic or the improper displacement of window magnetic ejector (49) appearance, wireless door magnetic or window magnetic ejector (50) will transmit to wireless door magnetic or window magnetic reception antenna (51), and wireless door magnetic or window magnetic reception antenna (51) output signal to household electrical appliance control and management module (20) by the control and management bus (21) with 75 ohm of impedances, and household electrical appliance control and management module (20) is by the 11 lead (58), optical network unit module (17), the 27 lead (79), optical fiber transceiver module (16), outdoor Transmission Fibers (15), the total machine room of local side GPON system (14) sends alarm signal through the Internet to mobile phone, simultaneously according to setting, can open loud speaker (19), send audible warning, a terminal of camera (52) is by the 20 three wires (75), obtain the D.C. regulated power supply (7) in the ac-dc dual power supply, the DC power supply of 24 hours continual DC9V that provide, the b terminal of camera (52) is by camera video connecting line (53), the control and management bus (21) that impedance is 75 ohm, household electrical appliance control and management module (20), the 11 lead (58), optical network unit module (17), the 27 lead (79), optical fiber transceiver module (16), outdoor Transmission Fibers (15), the total machine room of local side GPON system (14) is conveyed into the Internet with signal, remote computer or mobile phone, can sign in to the Intranet IP that household electrical appliance control and management module (20) is set, realize 24 hours indoor video images of remote monitoring.

Embodiment one: the family expenses optical network unit control system of solar cell for supplying power has been installed by certain family, man and wife both employed's working, go home noon to have a meal, before the working rice is put into pot, can shift to an earlier date one hour, land the Intranet IP that distributes to electric cooker (36) in the household electrical appliance control and management module (20) among the own home by the Internet, click the ON switch option, household electrical appliance control and management module (20) adds positive voltage for second controllable silicon (35) the control utmost point by the second SCR control polar conductor (37), second controllable silicon (35) is opened the 220V alternating current, and electric cooker (36) powers up work, after meal is cooked, automatic heat preserving is realized the remote power on control operation.

The utility model designed solar cell plate area is 1 square metre, main consideration is convenient to install at balcony, if the user who lives on the top floor, when roof solar energy utilizes area big, in the time of the solar panel area can being increased to more than 10-30 square metre, just can be with more tame electric loading, save more electric energy and the electricity charge.

Embodiment two: the family expenses optical network unit control system of solar cell for supplying power has been installed by certain family, at night after the sleep, because near resident lets off fireworks for a long time, firecrackers cause indoor carbon dioxide to increase, when oxygen content descends, carbon dioxide sensor (38) outputs signal to household electrical appliance control and management module (20), household electrical appliance control and management module (20) is by the control and management bus (21) of 75 ohm of impedances, the 3rd SCR control polar conductor (44), output positive voltage control signal is given the 3rd controllable silicon (43), after the 3rd controllable silicon (43) conducting, air separation formula oxygenerator (40) obtains the 220V alternating current and starts working, to indoor manufacturing output oxygen, realize the automatic control of oxygen content in the family.

Claims

1. use the family expenses optical network unit control system of solar cell for supplying power, this device is by 1 square metre of 150W solar panel (1), pillar (2), first lead (3), ac-dc dual power supply (4), storage battery in the ac-dc dual power supply (5), interchange output inverter (6) in the ac-dc dual power supply, D.C. regulated power supply in the ac-dc dual power supply (7), second lead (8), privates (9), privates (10), the 5th lead (11), the 6th lead (12), optical network unit controller (13), the total machine room of local side GPON system (14), outdoor Transmission Fibers (15), optical fiber transceiver module (16), optical network unit module (17), Web TV iTV decoder module (18), alarming horn (19), household electrical appliance control and management module (20), the control and management bus (21) that impedance is 75 ohm, the 28 lead (22), the 29 lead (23), computer (24), computer network input line (25), the video connecting line (26) of Computer-to-Computer display, the 7th lead (27), first controllable silicon (28), solar powered water cycling hot exchange air-conditioning (29), the first SCR control polar conductor (30), temperature sensor lead (31), temperature sensor (32), the 30 lead (33), first attaching plug (34), second controllable silicon (35), electric cooker (36), the second SCR control polar conductor (37), carbon dioxide sensor (38), the 8th lead (39), air separation formula oxygenerator (40), air separation formula oxygenerator power line (41), second source plug (42), the 3rd controllable silicon (43), the 3rd SCR control polar conductor (44), Smoke Sensor (45), the 9th lead (46), the tenth lead (47), charged magnet valve sprinkler head (48), wireless door magnetic or window magnetic ejector (49), wireless door magnetic or window magnetic ejector antenna (50), wireless door magnetic or window magnetic reception antenna (51), camera (52), camera video connecting line (53), liquid crystal digital TV machine power line (54), TV set power plug (55), the 4th controllable silicon (56), the 4th SCR control polar conductor (57), the 11 lead (58), telephone set (59), liquid crystal digital TV machine (60), the 12 lead (61), three one group look audio wire (62), LCD computer display (63), the tenth three wires (64), the 14 lead (65), the 15 lead (66), the 16 lead (67), the 17 lead (68), the 18 lead (69), the 19 lead (70), the 20 lead (71), 9V laminated cell (72), the 21 lead (73), the 22 lead (74), the 20 three wires (75), the 24 lead (76), the 25 lead (77), the 26 lead (78), the 27 lead (79), telephone wire (80), totally 80 parts are formed jointly;

Annexation is, 1 square metre of 150W solar panel (1) is connected with the d terminal of ac-dc dual power supply (4) by first lead (3), the d terminal of ac-dc dual power supply (4) is connected by a terminal of the storage battery (5) in the 24 lead (76) and the ac-dc dual power supply, c terminal in the storage battery (5) in b terminal in the storage battery in the ac-dc dual power supply (5) and the ac-dc dual power supply is connected, b terminal in the storage battery in the ac-dc dual power supply (5) is connected by a terminal of the interchange output inverter (6) in second lead (8) and the ac-dc dual power supply, c terminal in the storage battery in the ac-dc dual power supply (5) is connected by a terminal of the D.C. regulated power supply (7) in privates (9) and the ac-dc dual power supply, the b terminal of the D.C. regulated power supply in the ac-dc dual power supply (7) is connected with the b terminal of ac-dc dual power supply (4) by the 5th lead (11), 2 two road DC direct current 12V power supplys through voltage stabilizing of the b terminal output of ac-dc dual power supply (4), the 28 lead (22) of leading up to is given liquid crystal computer monitor (63) power supply, the tenth lead (47) of leading up to is given a terminal feedwater spraying electromagnetic valve (48) power supply of charged magnet valve sprinkler head (48), the c terminal of the D.C. regulated power supply in the ac-dc dual power supply (7), export three tunnel direct current DC9V power supplys through voltage stabilizing, the 6th lead (12) of leading up to is connected with the c terminal of ac-dc dual power supply (4), the c terminal of ac-dc dual power supply (4) is given optical network unit controller (13) power supply by the tenth three wires (64) output voltage, the second the tunnel is connected the back by the 22 lead (74) with a terminal of carbon dioxide sensor (38) gives carbon dioxide sensor (38) power supply, Third Road is connected the back by the 20 three wires (75) and gives camera (52) power supply with a terminal of camera (52), the AC220V AC power of the b terminal output of the interchange output inverter (6) in the ac-dc dual power supply is connected with a terminal of ac-dc dual power supply (4) by privates (10), the a terminal output two-way of ac-dc dual power supply (4) exchanges the AC220V power supply, the 29 lead (23) of leading up to is given computer (24) power supply, lead up to being connected of the 7th lead (27) and first controllable silicon (28), the 14 lead (65) that passes through of first controllable silicon (28) is connected with solar powered water cycling hot exchange air-conditioning (29), after passing through the first SCR control polar conductor (30) and the control and management bus (21) of 75 ohm of impedances is connected, the control utmost point of first controllable silicon (28) is connected with household electrical appliance control and management module (20) again, after passing through temperature sensor lead (31) and the control and management bus (21) of 75 ohm of impedances is connected, temperature sensor (32) is connected with household electrical appliance control and management module (20) again, after passing through the second SCR control polar conductor (37) and the control and management bus (21) of 75 ohm of impedances is connected, the control utmost point of second controllable silicon (35) is connected with household electrical appliance control and management module (20) again, the output stage of second controllable silicon (35) is connected by the 15 lead (66) and electric cooker (36), the input utmost point of second controllable silicon (35) is connected with first attaching plug (34) by the 16 lead (67), another root power line of first attaching plug (34) is connected with electric cooker by the 30 lead (33), after passing through the 8th lead (39) and the control and management bus (21) of 75 ohm of impedances is connected, the b terminal of carbon dioxide sensor (38) is connected with household electrical appliance control and management module (20) again, one of two power line of air separation formula oxygenerator (40) pass through air separation formula oxygenerator power line (41) and are connected with attaching plug (42), another root is connected with the output of the 3rd controllable silicon (43) by the 17 lead (68), the input of the 3rd controllable silicon (43) is connected with attaching plug (42) by lead (69), after passing through the 3rd SCR control polar conductor (44) and the control and management bus (21) of 75 ohm of impedances is connected, the control end of the 3rd controllable silicon (43) is connected with household electrical appliance control and management module (20) again, after passing through the 9th lead (46) and the control and management bus (21) of 75 ohm of impedances is connected, Smoke Sensor (45) is connected with household electrical appliance control and management module (20) again, after passing through the 19 lead (70) and the control and management bus (21) of 75 ohm of impedances is connected, the b terminal of charged magnet valve sprinkler head (48) is connected with household electrical appliance control and management module (20) again, wireless door magnetic or window magnetic reception antenna (51) be connected with household electrical appliance control and management module (20) again after the control and management bus (21) of 75 ohm of impedances is connected, after passing through camera video connecting line (53) and the control and management bus (21) of 75 ohm of impedances is connected, the b terminal of camera (52) is connected with household electrical appliance control and management module (20) again, two power lines of liquid crystal digital TV machine (60), one is passed through liquid crystal digital TV machine power line (54) and is connected with TV set power plug (55), another root is connected with the 4th controllable silicon (56) output stage by the 12 lead (61), the input utmost point of the 4th controllable silicon (56) is connected with TV set power plug (55) by the 15 lead (77), after passing through the 4th SCR control polar conductor (57) and the control and management bus (21) of 75 ohm of impedances is connected, the control utmost point of the 4th controllable silicon (56) is connected with household electrical appliance control and management module (20) again, liquid crystal digital TV machine (60) is connected with Web TV iTV decoder module (18) by three one group the audio wire (62) of looking, Web TV iTV decoder module (18) is by the 26 lead (78) and optical network unit module (17), optical network unit module (17) is connected with household electrical appliance control and management module (20) by the 11 lead (58), household electrical appliance control and management module (20) is connected with alarming horn (19), telephone set (59) is connected with optical network unit controller (13) by telephone wire (80), the total machine room of local side GPON system (14) is connected with optical fiber transceiver module (16) by outdoor Transmission Fibers (15), and optical fiber transceiver module (16) is connected with optical network unit module (17) by the 27 lead (79);

2. the family expenses optical network unit control system of use solar cell for supplying power according to claim 1, it is characterized in that, described 1 square metre of 150W solar panel (1) is monocrystaline silicon solar cell or polysilicon solar cell or amorphous silicon thin-film solar cell or compound film solar cell.

3. according to the family expenses optical network unit control system of the described use solar cell for supplying power of claim 1, it is characterized in that the described total machine room of local side GPON system (14) is the PON system of a kind of GPON and EPON optical network unit compatibility.