• Solar Panels Baltimore - Mono Crystalline 60m 250w TUV Solar Panel System 1
  • Solar Panels Baltimore - Mono Crystalline 60m 250w TUV Solar Panel System 2
Solar Panels Baltimore - Mono Crystalline 60m 250w TUV Solar Panel

Solar Panels Baltimore - Mono Crystalline 60m 250w TUV Solar Panel

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Loading Port:
China main port
Payment Terms:
TT OR LC
Min Order Qty:
100 watt
Supply Capability:
100000 watt/month

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Specifications

1.A grade high efficiency solar cells.
2.TUV/UL/CE/CEC etc
3.Fast shippment
4.25 years warranty
5.OEM/ODM

Data sheet

ITEM NO 

BLD250-60M

MONO or POLY 

MONO

Maximum power (Wp) 

250wp

Maximum power voltage (V) 

30.96

Maximum power current (A) 

8.07

Open circuit voltage (V) 

37.92

Short circuit current (A)

8.62

Number of cells (Pcs) 

60

Size of module (mm)

1650*992*50/40

Brand Name of Solar Cells 

No

Maximum system voltage (V) 

1000

Temperature coefficients of Isc (%)

0.065+/-0.015%/°C

Temperature coefficients of Voc (%)

-(2.23+/-0.1)mv/ °C

Temperature coefficients of Pm (%)

-(0.5+-0.05)/ °C

Temperature coefficients of Im (%)

+0.1/ °C

Temperature coefficients of Vm (%)

-0.38/ °C

Temperature Range 

-40°C~+85°C

Tolerance Wattage (e.g. +/-5%) 

+/-3%

Surface Maximum Load Capacity

60m/s(200kg/sq.m)

Allowable Hail Load 

steel ball fall down from 1m height

Weight per piece (kg) 

21.5

Length of Cables (mm) 

900

Cell Efficiency (%) 

>17.9%

Module Efficiency (%) 

>15.27%

Output tolerance (%) 

+/-3%

Frame (Material, Corners, etc.)

Aluminum

Standard Test Conditions

 

AM1.5  1000w/m 25°C

Warranty 

5 years product warranty and 25years

80% of power

FF (%) 

76.48%

Packing

2PCS/ CTN

Unit Price 

Product Details

Solar Panel Mono Crystalline 60M 250w TUV

Solar Panel Mono Crystalline 60M 250w TUV

Solar Panel Mono Crystalline 60M 250w TUV

Quality and Safety

1. Rigorous quality control meets the highest international standards.

2. High-transmissivity low-iron tempered glass, strong aluminium frame.

3. Using UV-resistant silicon.

 

Q: Can solar panels be used for powering construction sites?
Yes, solar panels can be used to power construction sites. They can provide a sustainable and renewable source of energy, reducing reliance on traditional power sources and minimizing environmental impact. Solar panels can be installed on rooftops, scaffolding, or ground-mounted systems to generate electricity for various construction activities, including powering tools, lighting, and other equipment required on-site.
Q: How much electricity does a solar panel produce?
The amount of electricity a solar panel produces depends on various factors such as its size, efficiency, location, and weather conditions. On average, a typical residential solar panel can produce anywhere between 250 to 400 watts of electricity per hour.
Q: Can solar panels be used for heating water?
Yes, solar panels can be used for heating water. Solar thermal systems or solar water heaters use solar energy to heat water by capturing sunlight and converting it into heat energy. This heat is then transferred to a fluid, which is used to heat the water in a storage tank. This sustainable and cost-effective method can be used for residential, commercial, and industrial water heating purposes.
Q: What is the average lifespan of a solar panel?
The average lifespan of a solar panel is typically around 25 to 30 years.
Q: I am looking at a need of roughly 30w/hour need per 24 hour period. I have spent several hours now looking for information online and have found plenty of info regarding the panels themselves, but information regarding the batteries backups have been slim. I understand that there is a 5-7 hour peak time to collect the energy. I am looking for information regarding the batteries themselves. How do the batteries work, what size batteries should I look for, and what is the life expectency for the batteries? Any website links would also be appreciated!
Solar panels have their own characteristics and generate current depending on the intensity of sunlight falling on them and not on the temperature. Direction of the panel also makes lots of difference. Nowadays very thin panels are available at very high cost. The more area a panel occupies it generates more current. The current generated by a panel cannot be readily used since the current and voltage varies with the load connected to it. So normally a regulator is used to have constant voltage and constant current to come from the panel. This charges the battery. You have to calculate the total/normal current from the charger and then find the AH of the battery. When you have calculated the AH of the panel/charger then you can divide the AH of the battery by the AH of the charger/panel and find out the time taken to fully charge the battery. You also have to remember that there is a de-rating factor to be taken into consideration in the battery.
Q: I have four power packs for solar lights. They have 3 AA .2volt batteries of 2450 mAh capacity installed in series for a total supply voltage of 4 volt maximum for the lights. I want to charge all four packs at once off a single 6 volt solar panel. With the four packs wired in parallel, what capacity output (wattage) panel do I need to charge the batteries in an 8 hour day?
325 mAh+ losses so maybe 3.2Ah to 3.5Ah.
Q: Can solar panels be used for camping or outdoor activities?
Yes, solar panels can be used for camping or outdoor activities. Portable solar panels are designed to be lightweight and easily transportable, making them ideal for powering electronic devices and charging batteries in remote locations. They harness the sun's energy to generate electricity, allowing campers to have a reliable and sustainable power source while enjoying the outdoors.
Q: I want to know how many solar panels to use to power my AC and Water heater
you cant use solar panels to power your house, it would take more than you can afford,and space to mount them and all the equip required to hook it up. what they don,t tell you is you need a Battery bank [24 to 48 batteries], deep cycle a inverter ,[one that will convert 2 volts to 0, at the wattage you need ] a transfer switch, rated at 00 amps wiring, a 45 watt panel is around $300
Q: I don't see much solar panels on people's houses where I live. I got a long time to go before doing so but I was planning on buying a few solar panels when I retire in the far future. In your opinion, is such an investment worth it? Would you buy them? I realize they are very expensive hence why I said when I retire. Thanks for your opinion
I have a boat in a sunny position and four eighty watt panels. These will run my fridge television and a few LED's. I nonetheless need to run my engine for sizzling water and washing desktop. My Batteries only final a couple of years and are an actual affliction. I am going on the mains when i will be able to to get the batteries topped up. The panels are adequate if there's nothing else, they don't seem to be the answer to the way forward for power provide. There's additionally the ethical part of the feed in tariff. For the wealthy to load their electrical power bill onto the less good off just isn't desirable and those panels on the roof inform all of your neighbors that you are doing it. As a way to exhibit a grasping selfish attitude. If they're any just right why don't the vigour companies purchase them and shop shopping coal?
Q: My dad owns a restaurant, and we are doing farely well, but we were thinking on installing solar panels to minimize electricity costs (and of course make it greener). My dad would like to hear some numbers on the price in today (August 29/202) and savings he could possibly make over the years. So In Total Here's What I'm Asking:) Would it be hard to install?2) Maintanence?3) Monthly Expense? (None?)4) Price?5) Savings over time?6) Pros/ConsThank you so much!
This is highly sensitive to your geographical location, and what the roof looks like. If there isn't a large, flat area clear of shadows, it will be a hard proposition. The best thing is to contact a local solar installer for a quote. On Y!A, we can't come close without actually walking the roof. In general, few restaurants opt for solar power today. That suggests that it's not very good payback in that situation.

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