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    Solar

Top Gel Battery Suppliers in India

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PROTONIX FORTUNER INDIA PRIVATE LIMITED is a leading manufacturing company managed by a group of young and dynamic team under guidance of senior professionals with more than four decades of manufacturing experience in LED Lighting, Computer peripherals, display devices, entertainment electronics & power electronics industries in India.

  • MPPT Charge Controller, Flooded Lead Acid Battery, Gel Battery, Lead-acid Battery, Lithium Ferro Phosphate Battery, Lithium-Ion Battery, Solar inverter, Grid Tie Inverters, Hybrid Inverters, Inverter Accessories
  • India
  • India

Last Updated May 19, 2022

Gel Battery used for below projects in India

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Types of Gel Battery Suppliers in India

India

India’s Solar Energy

Indian solar power or solar power in India is a rapidly growing industry and ranks among the world’s top three nations in solar energy production. The country’s solar installed capacity was 30.071 GW as of July 31, 2019.

India has the lowest capital cost per megawatt (MW) to install the solar power plants, which makes the country the cheapest producer of solar power. The Indian government has set the target of 100 GW capacity for 2022, and so far it has reached 30% of that target.

One of the tropical countries in the world, India receives solar radiation of almost 3,000 hours of sunshine throughout the year which is equivalent to more than 5,000 trillion kWh. The main reason why the country is an ideal place to generate electricity from solar energy. Some states in India that have a great potential for tapping solar energy due to their location include Orissa, Andhra, Bihar, Pradesh, Haryana, Rajasthan, Madhya Pradesh, Gujarat, Maharashtra, West Bengal and Punjab.

However, India as a rapidly growing economy with almost more than 1 billion population is also facing a large amount of energy demand. When it comes to electricity production and consumption, India stands on the fifth spot worldwide. As the production of electricity continues expanding over the years the population of the country is also expanding continuously, the reason why energy supply must be prioritized to increase the inability to match the country’s needs and demands. Until now there is still more than 72 percent of the population living in villages and half of the villages live in a home without a supply of electricity.

Almost 53 percent of the power being produced in the country is coming from coal however, it was predicted that the coal reserves of the country won’t last beyond the year 2040 to 2050. With this, India focused its interest more on renewable energy, energy efficiency and power conservation. To meet this rising demand, they think solar energy is the best form of energy to generate in order to fulfill the country’s energy needs and also served as the bridge of the demand-supply energy gap.

Solar power in India is considered as one of the fast-growing solar industry worldwide. In fact, India ranks among the world’s top three nations in terms of solar energy production. As of August 2019, the country managed to achieve a solar installed capacity of 30.709 GW.

Furthermore, India has the lowest capital cost per megawatt (MW) to install solar power plants all over the globe, the reason why the country is considered the cheapest producer of solar power. The Indian government already reached the 30 percent target of the planned 100 GW capacity target for 2022 which was achieved four years ahead of the scheduled. This 100 GW solar capacity includes 40 GW from rooftop solar along with this a 100 billion US dollar target investment. The rooftop solar power accounts for 2.1 GW wherein almost 70 percent of it is commercial or industrial solar power. As of now, India has established almost 42 solar parks for the promoters of solar plants.

India was able to expand its solar generation capacity by 8 times, from only 2,650 MW in May 2014 to over 20 GW as of January 2018. In the year 2015 to 2016, India managed to add a solar capacity of 3 GW,  another 5 GW from 2016 to 2017 while over 10 GW was added in its solar capacity by the year 2017 to 2018 with the average current price of its solar electricity dropping to 18 percent below the coal-fired’s average price.

Moreover, India is also developing an off-grid solar power for local energy needs aside from its large-scale grid-connected solar photovoltaic (PV) initiative. Solar products have significantly helped Indians to meet their rural needs and at the end of the year 2015, less than one million solar lanterns were sold in the country that reduced the need for kerosene. In the same year, there were 118,700 solar home lighting systems installed while the national program provided 46,655 solar street lighting installations. In addition to that, almost 1.4 million solar cookers were also distributed in India.

Gel Battery

Gel Battery

All solar power systems are composed of solar batteries. However, not all solar panel system manufacturers and installers provide one solar battery type. Most of the time they offer different models of batteries. Generally, there are four main types of solar batteries that are paired with residential solar panel systems. The commonly used batteries are Lead-acid batteries, Lithium-ion batteries, Nickel-based batteries, and Flow batteries. Each of these solar batteries has its own characteristics. But among the four types, the most commonly used is the lead-acid batteries, and this type of battery also comes with different variations. 

For today’s article, we will discuss one of the lead-acid battery types, which is the Gel battery.

What is Gel Battery?

A gel battery is a common type of sealed lead-acid battery. The major difference between gel batteries among the other lead-acid options is the material inside. Generally, a gel battery is made up of silica in its inner electrolyte mixture, which is responsible for producing a gel-like substance. Among other lead-acid batteries, gel batteries produce more power. Besides, this battery is valve-regulated, low maintenance, extremely robust, and versatile.

Since the battery is also “sealed”, it does not require water level monitoring unlike standard lead-acid options, plus it does not expel gas. It only produces few fumes so it’s ideal to use in any place without much ventilation. These factors make it a safer option for solar panel systems than other traditional lead-acid options.

Advantages and Disadvantages of Gel batteries

Gel Batteries are becoming increasingly popular when it comes to solar battery choice due to their several advantages and minimal disadvantages.

Advantages 

  • It is ideal for deep cycle applications and the battery life span is ranging between 500 to 5000 cycles.
  • It does not require any high maintenance, unlike other batteries. 
  • Since it produces a gel-like structure, there will be no spill.
  • It has minimal corrosion making it compatible with sensitive electronic devices
  • Rugged and vibration-resistant
  • Safe option to choose. You’re less likely to suffer from sulphuric acid burns.

Disadvantages 

  • Among the other lead-acid batteries, it has the most expensive initial cost.
  • Water cannot be refilled if overcharging happens.
  • You are required to use special chargers and regulators.
  • Hot temperatures can adversely affect the acid, making the gel hard and may shrink away from plates.

Conclusion: Is it Good to Partner Gel Batteries with Solar Panels?

When it comes to solar panels, the most debated type of battery to partnered with solar panels are the Gel battery and AGM batteries. However, not all solar installations are identical, and there are several factors such as climate and discharge demands to consider when choosing what’s the best battery. 

If you’re going to observe, gel batteries remain on top as they provide many benefits to solar users for long-term energy storage. Although gel battery is the most expensive among the lead-acid batteries, it is free from high maintenance, making it still an ideal battery for solar users, particularly for smaller solar projects. 

On the other side, for most residential solar panel installation that requires high energy demand to power its entire household, you may consider exploring lithium-ion batteries like the Tesla Powerwall to cover all the high energy input from a solar panel system.