太阳能热水器
SUNNYBP太阳能热水器,中国最高效的太阳能热水器
www.sunnybp.com |
太阳能热水器
SUNNYBP太阳能热水器,中国最高效的太阳能热水器
www.sunnybp.com |
太阳能热水器
SUNNYBP太阳能热水器,中国最高效的太阳能热水器
www.sunnybp.com |
太阳能热水器
SUNNYBP太阳能热水器,中国最高效的太阳能热水器
www.sunnybp.com |
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SunnyBP提供的广告 |
Solar power generation system consists of solar PV panels, solar controller, battery (group). If the output power to 220V AC or 110V, also need to configure the inverter.
The role of the various parts: (A) solar panel: solar panels and solar power generation system is the core part of the solar system, the highest value. Their role is to the sun's radiation is converted to electrical energy stored in batteries or sent to, or Promote the work load. (B) solar controller: the role of the solar controller to control the entire system, and played a battery charge protection, over-discharge protection. In the large temperature difference, also qualified with temperature controller Compensation. Other additional features such as photo-controlled switch, when the switch should control the controller is optional; (C) batteries: General for lead-acid batteries, small micro-system, can also be used nickel metal hydride batteries, nickel-cadmium batteries or lithium batteries. The construction of which is light in there when the solar panels will be issued by the energy stored up, the need of When re-released. (D) Inverter: direct solar energy output are generally 12VDC, 24VDC, 48VDC. To be able to provide the 220VAC electrical power, solar power generation system will need to be issued by the DC can be converted to electrical energy exchange, requiring the use of DC-AC Inverter. Solar power generation system needs to be considered: 1, the solar system where the use? Solar radiation to the situation? 2, the power system load odds? 3, the system is the number of output voltage, DC or AC? 4, the system need to work how many hours a day? 5, in case of exposure to sunlight does not rain, the system need to supply the number of days in a row? 6, load, pure resistive, capacitive or inductive, the current start how much? 7, the number of system requirements. 1. Home solar photovoltaic system generating capacity: 1,000 watts facilities following objectives: personal housing Use: lighting, television sets, radios, lamps Advantages: ● simple structure of the system. ● very suitable for living in scattered villages. ● the use of more accurate, because the user is a separate household. 100 ~ 150Wp household solar power generation system Design load electric power load model specifications of the name of the number of working hours per day on consumption Lighting energy-saving lamps 11W 2 3 / 4 88Wh Satellite TV receivers 25W 1 3 / 4 100Wh 21-inch color television 70W 1 3 / 4 280Wh Total 117W 468Wh Equipment: solar components: 100W ~ 150Wp; maintenance-free batteries: 50 ~ 65AH/24V; inverter: 150W charge controller: 6A; installation: Easy to install from the work of three consecutive rainy days 300Wp household solar power generation system Design specifications Model name of the electrical load power consumption number of working hours per day on consumption Lighting energy-saving lamps 11W 4 4 176Wh Radio 3W 1 6 18Wh Satellite TV receivers 25W 1 6 150Wh 21-inch color television 70W 1 6 420Wh Pump 200W 1 0.9 180Wh Total 342W 944Wh Equipment: solar components: 300Wp; maintenance-free batteries: 150AH/24V; inverter: 500W; charge controller: 12A. Installation: Easy to install from the work of three consecutive rain. 500Wp home / office solar power generation system Design specifications Model name of the electrical load power consumption number of working hours per day on consumption Lighting energy-saving lamps 11W 6 4 264Wh LCD computer 100W 1 5 500Wh Ink-jet printers 30W 1 1 30Wh Inkjet fax machines 150W 1 1 150Wh Refrigerator (option) 150L 100W 1 24 800Wh Satellite TV receiver / VCD 25W 1 6 150Wh 21-inch color television 70W 1 6 420Wh Pump 200W 1 0.5 100Wh Total 640W 1614Wh Equipment: solar components: 500Wp; maintenance-free batteries: 300AH/24V; inverter: 1000W; charge controller: 20A. Installation: door-to-door can be installed or drawings can be provided by the work of three consecutive rain. Refrigerators and office Equipment can only be one election.
800Wp home / office solar power generation system Design specifications Model name of the electrical load power consumption number of working hours per day on consumption Lighting energy-saving lamps 11W 6 4 264Wh LCD computer 100W 1 5 500Wh Ink-jet printers 30W 1 1 30Wh Inkjet fax machines 150W 1 1 150Wh Fridge 150L 100W 1 24 800Wh Washing machines 300W 1 0.5 150Wh Microwave ovens (option) 1000W 1 0.5 500Wh Satellite TV receiver / VCD 25W 1 6 150Wh 21-inch color television 70W 1 6 420Wh Pump 200W 1 0.5 100Wh Total 2000W 2264Wh Equipment: solar components: 800Wp; maintenance-free batteries: 400AH/24V; inverter: 2000W; charge controller: 30A. Installation: door-to-door can be installed or drawings can be provided by the work of three consecutive rainy days, microwave ovens and office equipment Only one election. If the use of solar components 1000Wp, office equipment and microwave ovens can be used at the same time.
2. Applies to schools, hospitals and public halls, such as photovoltaic power generation capacity of photovoltaic power generation system: 1-10 kilowatt goal facilities: schools, hospitals, public or private residential halls Uses: TV, VCR, telecommunications equipment, lighting Advantages:
● be able to give priority to the construction of public facilities and electrical power supply. ● easy to charge the cost of the following: the use of facilities, keep possession of food, water and recharge. ● facilities management control system at the same time be able to run. ● be able to significantly improve their standard of living. Photovoltaic power generation capacity: 1-10 kilowatt Facilities goal: schools, hospitals, public or private residential halls Uses: TV, VCR, telecommunications equipment, lighting Advantages:
● be able to give priority to the construction of public facilities and electrical power supply. ● easy to charge the cost of the following: the use of facilities, keep possession of food, water and recharge. ● facilities management control system at the same time be able to run. ● be able to significantly improve their standard of living. 1600Wp home / office solar power generation system Design specifications Model name of the electrical load power consumption number of working hours per day on consumption Lighting energy-saving lamps 11W 8 6 528Wh LCD computer 100W 2 5 1000Wh Laser printers 250W 1 1 250Wh Inkjet fax machines 150W 1 2 150Wh Fridge 150L 100W 1 24 800Wh Washing machines 300W 1 0.5 150Wh Microwave 1000W 1 1 1000Wh Satellite TV receiver / VCD 25W 1 6 150Wh 21-inch color television 95W 1 6 570Wh Pump 400W 1 1 100Wh Total 2600W 4698Wh Equipment: solar components: 1600Wp; maintenance-free batteries: 400AH/48V; inverter: 3000W; charge controller: 30A. Installation: door-to-door can be installed or drawings can be provided by the work of three consecutive rainy days 2400Wp home / office solar power generation system Design specifications Model name of the electrical load power consumption number of working hours per day on consumption Lighting energy-saving lamps 11W 8 6 528Wh LCD computer 100W 2 5 1000Wh Laser printers 250W 1 1 250Wh Inkjet fax machines 150W 1 2 150Wh Fridge 150L 100W 1 24 800Wh Washing machines 300W 1 0.5 150Wh Microwave 1000W 1 1 1000Wh Air conditioning 1.5 1200W 1 5 3000Wh Satellite TV receiver / VCD 25W 1 6 150Wh 21-inch color television 95W 1 6 570Wh Pump 400W 1 1 100Wh Total 3800W 7698Wh Equipment: solar components: 2400Wp; maintenance-free batteries: 600AH/48V; inverter: 5000W; charge controller: 60A. Installation: door-to-door can be installed or drawings can be provided by the work of three consecutive rainy days
3. And the application of rural and remote areas of power generation systems (centralized) photovoltaic power generation capacity: more than 10 kilowatts Facilities goal: Village Use: lights, televisions, washing machines, refrigerators, lamps Advantages:
● terminals / stations load capacity is variable, the power supply can be more flexible ● able to focus on running and control of photovoltaic (PV) power generation systems. ● can easily set up facilities for monitoring system |