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    Solar

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Australia

Australia’s Solar Energy

The utilization of energy created by the heat and light of the sun and converting it into electricity is commonly known as Solar Power Energy. It was in the 1860’s when solar power technologies was first developed, arising from the distress of industrialist that the current coal, oil and fossil fuels supply would become scarce and limited. Thus, becoming more costly for individual households to afford.

The growing concern has then led to the re-evaluation and re-assessment of the international energy policies and regulations. According to the 2018 World Economy Outlook published by the Organization for Economic Co-operation and Development and the International Energy Agency, the global demand for energy increased by 2.1% in 2017 with a 398 GW of solar PV installed around the world, and, meeting the 2% of global electricity demand.

In which, the rate of installations are influenced by changes, alterations and updates in the policy mechanisms supporting such technology. Nonetheless, this trend is expected to significantly increase in numbers by another 25% by the year 2040.

As one of the fastest developing countries, the land down under has relied greatly on solar power energy as their preferred energy source for decades now. However, it was only then in the year 2015 when the age of solar power technology in Australia underwent a rapid growth. The increasing cost of energy resources like fossil fuels, has led to a significant number of households that are turning into solar energy.

The emergence of government funded incentive programs for the incorporation of domestic and commercial solar power utilization also proliferated. Through the years, solar-powered technology has become Australia’s optimal energy source.

Geographically speaking, the Australian continent is known to have the highest solar radiation per square meter of any continent with an average of 58 million petajoules (PJ) of solar radiation per year, which is approximately 10,000 times larger than the country’s total energy consumption. This has helped increase Australia’s Gross Domestic Product (GDP) to $275 million for every petajoule of energy consumed.

To date, there are 2.15 million or 21% of Australian households are recorded to have Solar Photovoltaic (also known as solar PV) with a combined capacity of over 12.9 gigawatts installed on their rooftops that directly converts sunlight into electricity using a semiconductor cell or solar PV cell. This type of solar power technology is the most common and widely used in households.

Flooded Lead Acid Battery

Flooded Lead-Acid
When you switch to solar energy, particularly to solar photovoltaic systems, you will be dealing with different types of solar batteries. The battery is one of the main components of a solar PV system that you should take a deeper understanding of. However, understanding and differentiating these solar batteries might be confusing to some, especially for those who are only new to the solar energy community.  

For today’s article, we will explain how important it is to understand the basics of solar batteries and highlighting one of the common solar battery types, which is the flooded lead-acid battery.
What is Flooded Lead-Acid Battery?
A flooded lead-acid battery is the most common type of deep cycle solar battery in the market compared to a sealed lead-acid battery and other lead-acid batteries. These lead-acid batteries are sometimes called “wet cell” lead-acid batteries and have been on the market for many decades. They are also the least expensive solar storage battery upfront next to Lithium-ion solar batteries, which are the most cost-effective ones. 

Flooded lead-acid batteries and sealed lead-acid batteries are always being compared with one another due to their almost same performance, depth of discharge abilities, warranty, and cycle life. The largest difference between the two lead-acid battery types is their battery maintenance. 
How Do Flooded Lead-Acid Batteries Differ From Other Lead-acid Batteries?
For a flooded lead-acid battery, you need to add water so often for their maintenance, you also have to perform periodic equalization needs. The specific gravity of the electrolyte also needs to be measured frequently with a hydrometer. 

Another factor that makes a flooded battery differ from other batteries is that it can off-gas hydrogen in particular battery charging conditions. Since it can off-gas hydrogen, you need to vent the battery needing to release all the accumulated fumes. On the other hand, a sealed lead-acid battery does not require any high maintenance nor not require battery venting, making its spot next to a flooded lead-acid battery and popular to solar users who don’t want to deal with battery high maintenance. However, a sealed lead-acid battery due to the inability to maintain the battery, may not perform at its maximum levels, making the flooded lead-acid battery remain the most ideal solar battery.
Flooded Lead-Acid Battery Maintenance
While the flooded lead-acid battery is the most common and economic solar battery on the market, it will only reach its expected lifespan if you know how to maintain them properly. These lead-acid batteries usually contain an electrolyte that can freely move inside the battery encasement. When it is being charged, its battery acid and lead plates usually react to store electricity. Thus, they are meant to be placed upright so that the electrolyte will not leak out of the caps on top. Also, you must check the levels monthly and topped them off with distilled water to reach their longest possible lifespan.
Is it Worth it to Buy for a Solar PV System?
Aside from its durability, performance, and depth of discharge abilities, using flooded lead-acid deep cycle batteries for your solar energy storage will save you from hefty costs. Among the other lead-acid battery, they are the most cost-effective battery with the lowest cost per amp-hour and cost per kWh cycle. With all of the mentioned advantages of a flooded lead-acid battery, it is surely worth buying for your solar PV system.