Napa Solar Panels 205w Monocrystalline with Solar Micro Inverter for Solar Module System

Napa Solar Panels 205w Monocrystalline with Solar Micro Inverter for Solar Module System System 1

Napa Solar Panels 205w Monocrystalline with Solar Micro Inverter for Solar Module System

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Loading Port:: China main port

Payment Terms:: TT OR LC

Min Order Qty:: 1 pc

Supply Capability:: 100000000 pc/month

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Quick Details

Place of Origin:	Guangdong China (Mainland)	Brand Name:	HUAYU	Model Number:	HYS-120WM36V
Material:	Monocrystalline Silicon	Size:	119666935mm	Number of Cells:	72
Max. Power:	120W	Certification:	ISO/CE/TUV/UL	Application:	Home
Warranty:	20 years limited warranty on power	Solar Cell:	A-grade,high efficiency	Frame:	Aluminium Alloy
Glass:	Toughened Glass	EVA:	Highly Adhesive	Backsheet:	TPT/TPE(Block Humidity and Oxy Effectively )
Specification:	Normal

Packaging & Delivery

Packaging Detail:	wood case and pallet
Delivery Detail:	10 days

Specifications

solar module 100wp
High Quality Monocrystalline solar Panel 120W/36V,also provide solar power system

The Best New photovoltaic solar Panels mono , solar system,120W/36V, solar photovoltaic ,solar system,iso certified companies

Principle of solar system

A grade high efficiency solar cells.
15 years limited warranty on material and workmanship
20 years limited warranty onpower

Characteristics

Modules: HYS120WM-36V

Cell: Monocrystalline solar cells (156*61mm)

NO. of cell: 72(4*18)

Maximum power at STC(Pm): 120W

Open circuit voltage(Voc): 42.48V

Optimum operating voltage(Vmp): 35.2V

Short circuit current(Isc): 3.77A

Optimum operating current(Imp): 3.40A

Dimension of module: 1196*669*35mm

Weight: 10kg

Certificate: ISO/CE/TUV/UL

STC:Irradiance 1000W/m2 ,Module temperature 25°C,AM=1.5 Blueprint of the module

Limits

Operating temperature: (-40 to +85°C)

Maximum System voltage: 1000VDC

Temperature and Coefficients

NOCT: (48±2)°C

Current temperature coefficients: (0.06±0.01)%/K

Voltage temperature coefficients: (-155±10)mV/K

Voltage temperature coefficients: (-0.5±0.05)%/K

NOCT:Nominal operation Temperature

Performance Warranty

15 years limited warranty on material and workmanship

20 years limited warranty on power output

Output

Type of terminal: Junction box

Cable: LAPP(4.0mm2)

Asymmetrical lengths: 900mm

The publication summarises warranty and specifications which are subject to change without notice.

Q: Solar panel experiment ?wat are some experiments with solar panels that has not yet been proven? ideas: Acciona of Spain is actively conducting research in all sorts of alternative energy. I understand they have an experimental solar farm someplace in the desert southwest of the U.S. that is made up of 283,000 panels. I don't know the size of the panels or anything else about the project other than that. 50 years ago it would have been the U.S. conducting leading research in solar energy-especially in the U.S. Southwest.

Q: What is the average cost of solar panel installation?: The average cost of solar panel installation can vary depending on several factors such as the size and type of the system, location, and any additional equipment or services required. However, as of 2021, the average cost for a residential solar panel installation in the United States ranges from $10,000 to $30,000, including equipment, labor, and permitting costs. It is always recommended to obtain multiple quotes from reputable solar installation companies to get a more accurate estimate based on your specific needs and circumstances.

Q: I have a home in Manchester Tn and we have been slowly remodeling the home. It is about 200 sq ft of living space. Our normal electric bill is about 50 a month. We would like to add some solar panels to the home to help reduce the amount of the bill. How many panels do I need and what would be the cost? I am not trying to go completely of the grid but I would like to start somewhere and maybe over the years be able to add. What is your recommendation for a reasonable cost of under 2 to 3 k??: you need to read and ? your elect co they will help you with survey of your elect use and how to lower bill . for free also read about solar panels and how to use and install bg makes good panels but panels only small part of cost invertor and controler and batterys bigger cost the real expense is panel and controler for panels to to grid connection as per nec is very expensive more than 2 for most 00 or 200 amp service you would better to change to demand type warer heater and flouresent lights and upgrade isullation depending on how you heat house and your area heat pump etc but call your elect co for engergy survey

Q: I want to buy a solar panel to charge deep cycle batteries and charge electronics off the DCB. I don't know how to wire everything up though or what materials ill need. Inverter? Gauge of the wire? Ampmeter?: the solar panel should state it, you dont need a inverter to charge, only to use the power from the cell.you do need an amp regulator, so it tells if the battery is on full charge and so the sun doesnt over power the battery through the solar panel

Q: in the afternoon sun heat increases to high level due to which the panels heats up very high now my question is this heat will effect the panels life time and will damage the panels or not ??: For mono-crystalline solar panels, most warranties guarantee 90% of the original efficiency when the panel has been used for 0 years, and they guarantee 80% of the original efficiency after 25 years of use. If the original efficiency is 5%, the efficiency after 0 years of use should be 3.5%, and the efficiency after 25 years of use should be 2%. Some people believe that the actual average rate of efficiency loss is slower than that. You might retain 85% of the original efficiency after 25 years, making the average efficiency drop about 0.6% per year. After 75 years, a solar panel that was originally 5% efficient might still be about 8% efficient.

Q: How do solar panels affect the property's energy efficiency rating?: Solar panels can significantly improve a property's energy efficiency rating. By harnessing the sun's energy, solar panels generate electricity that can power the property, reducing reliance on traditional energy sources. This results in lower energy consumption and decreased carbon emissions, both of which positively impact the property's energy efficiency rating.

Q: We see increasing, what appear to be, solar panels on electric poles?: Here is an article about this. They use the poles (which they already have) and install power panels, the electricity is given into the grid. There are companies in NJ which use google earth to find buildings with large roof tops (imagine all the warehouses !), contact them and lease the rooftops to install solar panels, there a different ways how to finance that (by them, by the company, ....) and they sell the electricity into the grid and receive a certain price for this. Usually the refinancing is 5 - 7 years of the investment, after this is profit for additional 5 - 20 years. Walmart had a project to put solar panels on the super centers ....

Q: OK, so if you put solar panels up on a roof, they are busy turning the sun's energy into electricity. So, does that mean the roof (and therefore the house/structure) stays cooler as well? Or does it still get hot, because . . . I dunno, maybe the panels don't convert all the energy, and the spillover still heats up the building.Any links or URLs to scientific answers would be appreciated, but I don't mind hearing from the Average Joe or (Joelle).: I asked the same question once to a PV install during a seminar a few years back, and he explained the following: No, PV panels do not reflect or absorb much heat from going into the building below but there is a reason for this: PV panels that reflect / absorb heat produce less electricity. They are designed to Thermally Transparent. Even worse if installed incorrectly without a good angle and air gap to allow the heat to escape the panels will actually trap this heat and increase the interior temperature of the building below! Below is the scientific analysis that is quite verbose but has two nice graphs at the end. To summarize: Adding PV panels, at best, shaded the building enough to reduce the load of the interior A/C unit by .8 kWh/sq-m/year. The electricity generated by the panels was about 356 kWh/sq-m/year. You can see the big advantage of PV panels is to make power, not reflect heat. Proper insulation is much cheaper and will do a much better job. Don’t worry, I was shocked too, but like anything it makes sense after it is explained.

Q: Can solar panels be used for powering an electric fence?: Yes, solar panels can be used to power an electric fence. Solar panels convert sunlight into electricity, which can be stored in batteries or used directly to power various devices, including electric fences. This off-grid solution is eco-friendly and cost-effective in areas without access to electricity.

Q: Can solar panels be used in areas with frequent lightning storms?: Yes, solar panels can be used in areas with frequent lightning storms. However, it is important to install proper lightning protection measures to ensure the safety of the solar panel system. This may include grounding the panels and using surge protectors or lightning arresters to divert the electrical charge from lightning strikes.

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