#off-grid batteries

What is LiFePO4 OFF-Grid Solar System?

OFF-Grid Solar System Can be defined as a solar system that works independently of the grid but has batteries that can store the solar power generated by the system. The system generally comprises solar panels, battery, charge controller, grid box, inverter, mounting structure, and balance of systems.

How LiFePO4 lithium off-grid batteries are different from others?

LiFePO4 lithium off-grid batteries are an ideal choice for stand-alone PV systems due to their high efficiencies and long cycle life, provided that they are operated with a charge control algorithm specifically targeted for long charge durations as they are typical in solar PV applications. Another advantage of the LiFePO4 battery is that the rate of charge can be much higher, making the charge time much faster.

Many people are more conscious in saving the authenticity of nature and respect all resources available at free of cost.  Fire Mountain Solar has come up with an innovative solution in conserving the natural resources wisely. Their A-class products have been found to be tremendously useful for many people in fulfilling their specific power system goals.

Many people opt for off-Grid Solar power system but are not pretty sure whether they can harness sufficient energy to use for daily chores. In order to conserve this excess energy one has to get off-Grid batteries to store excess of energy for the odd situation like in night hours, on cloudy days or when utility service is out of reach. To tackle such situation attaching off-Grid batteries to the solar power system will sound wiser like. Off-Grid batteries capture and stores excess of energy generated from the Solar panel array. Doing this will also give a chance to barter their excess energy with the utility companies. Off-Grid batteries are also known as deep cycle batteries and it is a key component of off-Grid Solar power system. The high volt energy runs through the Off-Grid batteries very often, so they are in all time business. In order to save them from crashing a charge controller need to fit along with it to optimize its voltage difference and stabilize the whole system for rest of its use.

A MPPT Solar Charge Controller is basically

A stabilizer and help in converting a DC to DC current. The major role it plays in optimizing a voltage difference between the Solar panels and the off-Grid batteries. All recently designed MPPT Solar charge controllers come with ‘n’ number features such as:

It works totally on a microprocessor controlled system.

With a wide input range, a MPPT Solar charge controllers work as a buck regulator.

This type of charge controllers come with a Maximum Power Point Tracking.

Solar panel arrays and off-Grid batteries are protected by reverse polarities.

MPPT Solar charge controller comes with a DC load controller.

Battery overcharge and discharge problem are taken care of by MPPT Solar charge controller.

One gets lightening surge protection.

Three steps Charging provides quick and safe charging.

An automatic cooling system is installed outside the enclosure.

A seven mode timer controller helps in running the MPPT Solar charge controllers.

Friends, looking at the current scenario where depletion of energy resources are on the verge of the red line. Usage of Solar power Kits is quite trendy in the young generation of society. It feels good that our young generation has awareness about the conservation of energy.

Implementing your Solar power kit with some modern technology driven accessories like MPPT Solar charge controllers and Off-Grid batteries will make your system run very efficiently. The young generation is technology driven and it’s a good opportunity for them to upgrade their Solar Power Kits. Let’s get a deep insight into these new technologies.

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Deep Insight into MPPT Solar Charge Controller

MPPT stands for maximum power point tracking solar charge controller. An MPPT is an electronic device which converts electronic DC to DC converter that optimizes the match between the solar panel and the battery bank or the utility grid.

It works on an algorithm to maximize the amount of current going into the battery to the PV module. The basic function of MMPT is to extract the maximum from PV modules by making them operate at most efficient voltage.

Main features:

MPPT Solar Charge Controller is used in any application where the PV module is an energy source.

MPPT Solar Charge Controller is necessary for any Solar Power Kit to extract maximum power from the PV module.

Use of MPPT allows the users to use the PV module with a higher voltage output.

MPPT Solar Charge Controller reduces the complexity of the system and raises the efficiency of the system.

It can be used in any other renewable energy sources such as wind power turbines, water turbines etc.

Off-Grid Batteries

The key component of Off-Grid Solar System is Deep cycle batteries. Without batteries, one cannot have energy. These batteries are effective when the Off-Grid Solar system is out of function like i.e when it is not producing enough electricity like at night, or during low sunlight or when the utility services are down.

Off-Grid batteries are the most complicated and costly component of any Off-Grid Solar Power System. These Off-Grid Batteries come with new technologies under the name of Lithium-ion, sealed gel, flooded lead acid, flow, and salt water battery technologies.

In Lithium-ion Off-Grid batteries have a number of advantages for stationary storage applications. Many major global manufacturers like Samsung, Tesla, Sony, LG have designed high performing Lithium-ion Off-Grid batteries to the renewable energy industry.

Sealed Gel batteries require less maintenance than wet cell batteries; it has superior charge current handling, lower installation cost, and high recharge efficiency.

Flooded Lead Acid batteries are lower in cost and come with proven performance in standalone applications. It needs a regular maintenance in the form of electrolyte level check-ups, adding distilled water regularly, periodically cleaning the surface and regular boosts charging to overcome acid stratification.