• Colloid  Storage  Battery  JGFM  series 2 V 300Ah System 1
  • Colloid  Storage  Battery  JGFM  series 2 V 300Ah System 2
Colloid  Storage  Battery  JGFM  series 2 V 300Ah

Colloid Storage Battery JGFM series 2 V 300Ah

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Loading Port:
China main port
Payment Terms:
TT OR LC
Min Order Qty:
1 pc
Supply Capability:
3000000 pc/month

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  Structure of Product Descrtiption

  What is the product?

·          Precision explosion relief valve shall be adopted

·         Advanced wrapping technology and assembly technology

·         Designed life is fifteen years,excellent performance of battery in low temperature and superiority in consistence and stability

·         Can be used at vertical or horizontal orientation

·         Balanced design for both floating and cyclic operation

·         Low self-discharge rate and long shelf life

·         Connecting terminal adopts stainless steel bolt,thus it has the characteristics of high strength and non-deforming

·         Design with patented corrosion resisting alloy and thickened plate

 

What is the purpose of the product?

·         Data Centre (High Rate UPS)

·         Telecommunication

·         Banks & Financial Centre

·         Hospital& Testing Laboratories

·         Power Generation Plants

·         High Power Backup Supply

·         Design with patented corrosion resisting alloy and thickened plate

 

What advantages do products have ?

·         Stable quality&high reliability

·         Sealed construction

·         Environmentally friendly

·         Maintenance-free operation

·         Low pressure venting system

·         Heavy duty grid

·         Low self discharge

 

Main feature of the product:

*safety and reliable

*environmental friendly and fast delivery

*low self diacharge

Colloid  Storage  Battery  JGFM  series 2 V 300Ah

Colloid  Storage  Battery  JGFM  series 2 V 300Ah

 

FAQ:

1.      What’s price per watt?

A: It’s depends on the quantity, delivery date and payment terms of the order. We can talk further about the detail price issue. Our products is high quality with lower price level.

2.      Can you tell me the parameter of your solar panels?

We have different series of cells with different power output, both from c-si to a-si. Please take our specification sheet for your reference.

3.     How do you pack your products?

We have rich experience on how to pack the panels to make sure the safety on shipment when it arrives at the destination.

 

Q:How do solar cells perform in areas with limited space for installation?
Solar cells can still perform effectively in areas with limited space for installation by utilizing innovative technologies such as rooftop solar panels, vertical solar panels, or solar panels integrated into building materials. These compact and space-efficient designs allow for the generation of solar energy even in tight spaces, making it possible to harness the benefits of solar power without requiring vast expanses of land.
Q:How are solar cells manufactured?
Solar cells are manufactured through a process that involves several steps. First, raw materials such as silicon, which is the main component of solar cells, are purified and shaped into cylindrical ingots. These ingots are then sliced into thin wafers. Next, the wafers are treated with various chemicals to create a p-n junction, which is essential for the conversion of sunlight into electricity. This involves applying a layer of phosphorus to one side of the wafer, which creates the n-type layer, and a layer of boron to the other side, creating the p-type layer. Afterwards, the wafers are coated with an anti-reflective material to increase their efficiency in capturing sunlight. Metal contacts are then added to both sides of the wafer to collect the generated electricity. Finally, the wafers are assembled into modules or panels, where they are protected with a glass cover and encapsulated with a weather-resistant backsheet. These modules are then tested for quality assurance before they are ready for installation and use in solar energy systems.
Q:How do solar cells handle hail or other physical damage?
Solar cells are designed to be durable and can withstand hail or other physical damage to a certain extent. They are typically made with tempered glass or other strong materials to protect the delicate photovoltaic layers. However, severe hailstorms or significant physical impact can potentially cause damage to the cells, leading to reduced efficiency or complete failure. In such cases, it may be necessary to repair or replace the damaged solar panels.
Q:What is the solar cell?
The type of solar cells can be divided according to the materials used: silicon solar cells, solar cells and organic semiconductor system of solar cells.
Q:Many people said the usage of solar cell can reduce the cost overall, but does anyone agree with me that it actually cost a lot to operate a solar cell system?
Disagree, because you should see it in a different way.
Q:What is sun cells technology?
The history of sun cell can be traced back to 1839, when the French physicist Becquerel Alexander-Edmond discovered the photovoltaic effect (effect Photovoltaic). Until 1883, the first selenium solar cell was made by the American scientist Fritts Charles.
Q:Is it possible to learn how to make solar cells by yourself?
I don't know how to make a solar cell by myself, but I am very interested in your trying to do it.
Q:Can solar cells be used in powering electric boats?
Yes, solar cells can be used to power electric boats. Solar panels can be installed on the boat's surface to capture sunlight and convert it into electricity. This clean and renewable energy source can charge the boat's batteries and power the electric motor, allowing for eco-friendly and sustainable boating.
Q:Can solar cells generate power at night?
No, solar cells cannot generate power at night as they rely on sunlight to produce electricity.
Q:How are solar cells connected in a solar panel?
Solar cells are connected in a solar panel through a series of electrical connections called interconnects. These interconnects form a circuit that allows the flow of electrons between the individual solar cells, ensuring that the electrical current generated by each cell is combined to produce a higher voltage and power output.

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