• 80W SOALR PANEL&MONOSILICON MODULES/ HIGH EFFICIENCY System 1
  • 80W SOALR PANEL&MONOSILICON MODULES/ HIGH EFFICIENCY System 2
80W SOALR PANEL&MONOSILICON MODULES/ HIGH EFFICIENCY

80W SOALR PANEL&MONOSILICON MODULES/ HIGH EFFICIENCY

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Loading Port:
Shanghai
Payment Terms:
TT OR LC
Min Order Qty:
1000 watt
Supply Capability:
10000 watt/month

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Introduction 

 

 80W SOALR PANEL&MONOSILICON MODULES/ HIGH EFFICIENCY DESIGN FOR HOME USING. the front of the cell is glass we use EVA btween the t and p type of silicon. and the outside of the panel will be fixed with frame.

 

characteristic

 

  80W~90W output under standard conditions

 

   Strong aluminum alloy frame

   Standard tolerance (Guaranteed standard tolerance from -3~+3% ensures power output reliability)

   Excellent weak light performance

   Excellent performance under low light environments (mornings, evenings, and cloudy days)

   Withstand high wind and snow loads

   Entire module certified to withstand high wind loads (2400 Pascal) and snow loads (5400 Pascal)

      Resistance to fluctuations of temperature, humidity and strong wind

   Manufactured under IEC61215 Solar Photovoltaic Panel requirements

 

suggestion

 

  Street lamp, garden lighting, pavement lighting

   Farmer household lighting, radio and TV

   Decorative water pump

  Small solar power system

 

parameter

 

80W SOALR PANEL&MONOSILICON MODULES/ HIGH EFFICIENCY

80W SOALR PANEL&MONOSILICON MODULES/ HIGH EFFICIENCY

Packing:26pics for one carton. we use caton to pack the panels and every one panles consist of 10 cells,and we used to pack it with carton and outside the carton we use pallets to fix it. the outside of the box will be printed with parameters and mark.

 

 

 

Q:How do solar panels affect the property's energy management system?
Solar panels can significantly impact a property's energy management system by generating clean and renewable electricity. They reduce the reliance on traditional power sources, thereby lowering energy costs. Solar panels also allow for greater control over energy production and consumption, enabling property owners to better manage their energy usage and potentially even sell excess electricity back to the grid.
Q:I was thinking of having some installed on our rooftop and was wondering if it would be worth the cost? The house is located in Sac, Cali. The panels would face the sun 2 months out of the year and in the summer roughly 4 hours of straight sun.
Solar is too expensive system. It is relatively new. Everything new is top dollar. When the market gets flooded the cost will dramatically go down as everything like cell phones, computers etc.
Q:what do I need to do to disconnect a solar panel from a battery to protect the panel?
Know that solar panels almost always incorporate a blocking diode to prevent a battery from back-feeding through an un-illuminated panel. Know that solar panels are usually connected to a battery via an electronic switching charge controller, not directly connected. Know that when a solar panel is open-circuited (disconnected from everything) it's terminal voltage will rise to almost twice it's nominal voltage. (22V is common for a 2V panel), unless it is stored in total darkness.
Q:The inverter I am using gets the required 2 DC volts from the solar panel, but fo some reason it just won't output the 0 AC voltage. When the inverter is hooked to a car battery, it works just fine off the same 2 DC rating. Help me out please...
Solar panels output a very small amount of current. Even though you're getting 2V from the panels, you aren't getting enough amperage to power even the inverter itself, let alone anything plugged into the inverter. Car batteries are able to be used with inverters because they can crank out enough amps to power the inverter and whatever is plugged into it. Inverters only step up voltages and change DC to AC. They do not increase power (wattage) potential. If you want to plug in a 20W appliance into the inverter, the 2V source must be able to deliver 20W of power regardless of voltage. In pretty much everything solar powered, the panels are used in conjunction with batteries. The solar panels slowly recharge the batteries. The batteries are where most of the power comes from. Nothing is driven directly from the solar panels themselves unless the power requirement is low enough, such as a calculator. Solar panels will have an output rating in watts (W). If the wattage of your inverter plus whatever you plug into it is lower than the panel's output rating, then it can power it directly, provided you have 00% light input into the panel.
Q:I was wondering if they create other forms of energy besides electrical that is unwanted. Like heat due to the friction of something, or sound. Also why is a solar panel not able to collect 00% of the energy that is striking its panels. And how could the efficiency of this be hypothetically improved.
figure it out for us
Q:Say if i had a 2KW system is thtat just one big solar panel or does the whole system have little solarpanels together.?
A two KW system would be made up of a number of solar panels. Panels used in residential and commercial systems usually run in the range 50 watts to about 200 watts. There is a HUGE amount of information available on the internet about solar panels and all the components of solar electric systems. All you have to do is search on the internet under solar panel. It's very safe and easy. So just do it.
Q:Can solar panels be used in areas with high levels of noise or vibration?
Yes, solar panels can be used in areas with high levels of noise or vibration. Solar panels are designed to be durable and can withstand moderate levels of vibration without being damaged. However, excessive noise or vibration can potentially affect their performance and efficiency. Therefore, it is recommended to assess the specific conditions and consult with a solar panel expert to ensure optimal installation and functioning in such areas.
Q:wondering if i should get them?? not sure if its worth leasing? also anyone know anything about solar city?
I have panels and they were very much a good investment for me. I should break even in my 6th or 7th year at the latest and they should last at least 20. There were somethings that made it a good investment. My system cost $26K, I got a $0K rebate from my utility and a $2K fed tax credit (it's up to $7800 for this size system now). I also live in a sunny location and have a south facing roof. Plus I plan on living in my house till I die. If you really want to know if it makes good financial sense then get a no obligation quote from a reliable installation company. They will be able to recommend a system that will suit your needs, know about any rebates or tax credits and how much energy your system should create. With all that, your energy usage history and your current rates they will be able to tell you how long it will take for your system to pay for it's self in savings. If you are considering leasing, generally there is no cost savings. They usually size the system so you are paying them the same amount that you would have been paying the energy company.
Q:I am doing a report about solar power and I need to know what determines the amount of electricity produced?example: exposure to sun, angle of panel, qualityplease tell me as much as you canmuch appreciated
irradiance in watts/meter^2 (000-800w/m^2 depending on air quality) COS of angle to the suns rays efficiency of the panels (usually about 5%) age of the panels(one dead cell can drop an entire panel from the array) how dirty are the panels (dust, bird poop, leaves, shading) efficiency of the inverter (usually about 90%) All of these factors affect the amount of electricity produced. One other consideration is that in areas of extreme hot and cold the band gap of the silicon is changed.
Q:How do solar panels affect the grid during times of high electricity demand?
Solar panels can help alleviate the strain on the grid during times of high electricity demand by generating clean and renewable energy directly from the sun. When solar panels produce surplus electricity, it can be fed back into the grid, increasing its supply and reducing the need for traditional power sources. This helps stabilize the grid and meet the increased demand while also reducing the reliance on fossil fuel-based power plants.

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