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JPAC Batteries: The Leading Battery Specialist

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JPAC Batteries: The Leading Battery Specialist

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The leading battery specialist, JPAC Batteries, is offering battery testing, installation, and maintenance in Mt. Piper Power Station. Contact our staff for more battery services.

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Battery Testing Mt Piper Power Station - JPAC Batteries

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JPAC batteries has advanced battery testing equipment and expert staff, so it's no surprise we can offer the best services for battery inspection, and maintenance for your business needs.

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Battery Experts in Callide Power Station

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Battery Experts in Callide Power Station

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Are you looking for battery specialists in Callide Power Station? JPAC Batteries has experts who have been in the industry for many years. They are reliable and well-equipped for any battery services and solutions.

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Battery Testing Mt Piper Power Station - JPAC Batteries

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JPAC batteries has advanced battery testing equipment and expert staff, so it's no surprise we can offer the best services for battery inspection, and maintenance for your business needs.

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Solar Batteries: Include Them in Your Business Continuity Plan

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Solar Batteries: Include Them in Your Business Continuity Plan

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Solar batteries have proven to be extremely useful for businesses in avoiding power outages, and JPAC Batteries has always been committed to providing high-quality batteries to all businesses. Please contact us right away!

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The power grid in Australia can be unpredictable. With seasonal catastrophes such as storms, heat waves, lighting, and bushfires, many areas experience minor power outages each year.

Falling trees, car accidents, and technical glitches can result in blackouts too. This is probably one of the reasons many homeowners have decided to go solar - thinking that their PV panels will keep their lights on when there is a power disruption.

Here is the bad news: solar panels will not keep the power on when there is a blackout. This is because grid-connected solar systems are required by law to shut down to protect maintenance workers while fixing the grid.

If someone is working on the power lines and the solar power goes live, it could electrocute the person working on the lines.

Thus, even with maximum sunlight, your solar system will not produce electricity until the grid is restored. But here is the good news: solar batteries can keep the power running in the event of a blackout.

How solar battery storage can save you during blackouts

While your solar system will not work in a blackout, a solar battery can.

Backup power functionality

Keep in mind that not all energy storage solutions work during a blackout. Instead, only a solar battery with backup power functionality can supply your home with emergency power during an outage.

Furthermore, the backup functionality cannot power an entire house. It is only capable of keeping the lights on as well as certain power points.

It may be possible to power a whole house with a large-capacity battery system. However, you risk draining it too quickly before switching back to your main solar system.

Emergency energy reserve feature

Another feature that you might find in some systems is the emergency energy reserve which allows you to program your solar battery to reserve a certain amount of energy in the event of a blackout.

For example, you could program your solar battery to use 60% of its capacity at night and 40% during a blackout.

How does blackout protection work?

When the power goes out and you have a solar battery with blackout protection, it will automatically detect the outage and activate blackout mode. Depending on your battery brand, this process can range from a few seconds to a few minutes.

Different solar batteries also have varying load capacities. For example, some batteries can discharge up to 7kWs during a blackout while smaller ones may only offer around 2.5kWs - enough to power just a few circuits in the house.

If you are adding a solar battery to your solar panels, talk to your installer about blackout protection. In addition, you need to identify which circuits are most important to back up before you decide to buy solar batteries.

Remember, not all solar batteries have blackout protection. If this feature is essential to you, be clear that you want a solar battery with this function.

How long do solar batteries last during a blackout?

Let's say the power goes out and your solar battery switches to backup mode. How long will the battery last until the grid is back online?

The answer depends on how much energy was stored in the battery when the power went out. It will also depend on which circuits you have connected to the battery and how much power each outlet consumes.

To determine how long your battery will last during a blackout, consider these factors:

Battery capacity: How much power can your solar battery store?

Blackout protection: Do you have blackout protection for the entire house or just for certain electrical devices?

Appliances: How many and what electronic devices are running on solar batteries? Are they energy-efficient or power-guzzlers?

Remaining energy: How much energy was stored in your battery when the grid went down?

Powering your home in remote locations.

When your solar panels produce excess energy, this surplus gets stored in the solar batteries for later use. You can access this stored energy during cloudy days, at night, or during a blackout when your panels are not generating enough electricity.

The cost of solar batteries depends on several factors, such as storage capacity, type of battery, and where you are located.

If you live in an area where power outages are a common recurrence during the year, you should consider rationing your solar energy and only use electricity for things you need.

Move to an off-grid solar system.

If blackouts are frequent in your area, a more permanent solution is to move your power source to an off-grid solar system.

Off-grid solar systems are basically a more sophisticated type of solar battery array. They store surplus solar energy in multiple batteries to power your entire home for long periods. The system is so-called off-grid because you totally disconnect your home from the power grid to avoid blackouts completely.

While off-grid solar systems are a fantastic solution for those who want to be independent of the grid, setting it up can be extremely expensive. Depending on the size location of your home and your appliances, you could quickly exceed $20,000 for a standard off-grid home in Australia.

If you live in a genuinely remote part of the country or an area where power outages are a recurring theme, an off-grid system may be worth it.

Types of solar battery systems

There are two main types of solar battery systems: off-grid and hybrid.

1. Off-grid solar power systems

As the name suggests, off-grid systems are not connected to the power grid; instead, you rely on solar power for all your electricity needs. As a result, you may need a backup generator when the sun does not shine.

An off-grid solar system is your most viable choice if you live in a remote area where connecting to the grid can be costly.

2. Hybrid solar power systems

In a hybrid system, your solar system is still connected to the power grid. However, your home will first consume solar energy stored in your battery.

Then, if there is excess solar energy and your battery is full, the surplus will be sent back to the grid.

One important thing to remember: make sure your solar system has a hybrid inverter that allows your battery to charge during a blackout. Otherwise, you would not have any power if your battery drains and the grid is not yet back on.

Check out JPAC's products and services today.

In Australia, power outages are minor and can be quickly fixed. But if you have appliances that you cannot afford to lose power - such as modems and routers in work-from-home setups - then you should consider building an energy storage system.

When it comes to battery solutions and systems, JPAC Batteries should be your top choice. We can help you set up an off-grid system that can power all your electrical needs.

Call us on 0422 629 870 or email your enquiries to info@jpacbatteries.com.au.

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Avoid Blackouts in Remote Locations - JPAC Batteries

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The power grid in Australia can be unpredictable. With seasonal catastrophes such as storms, heat waves, lighting, and bushfires, many areas experience minor power outages each year. Falling trees, car accidents, and technical glitches can result in blackouts too.

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A Guide to Energy Storage in Solar-Powered Batteries

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A Guide to Energy Storage in Solar-Powered Batteries

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Let our team at JPAC Batteries guide anyone who wants to store energy in solar-powered batteries. Get in touch with us for more professional assistance.

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Nowadays, people cannot leave home without their smartphones, laptops, and tablets. A vacation is never complete without these "essentials." Some of us even have drones and game consoles. It does not matter if you are a young professional, a retiree, or a teen - you must have at least one of these gadgets.

What is the common denominator between these gadgets? They can be used on the go for a period of time. They all have batteries that you can recharge. But do you know how these batteries store energy so that you can use them when you are away from home or the office?

What is a battery?

A battery is a device that can store chemical energy and then convert it into electrical energy when you need it. It contains at least one electrochemical cell where chemical reactions take place. This creates a flow of electrons in a circuit, providing the electric current needed for the battery to work.

Every battery has a cathode (the positive side), an anode (the negative side), and a type of electrolyte that reacts with both of them chemically.

What are the common types of batteries?

Mobile phones, laptop computers, game consoles and some electric vehicles have rechargeable batteries. Two of the most commonly used rechargeable battery types are lead-acid and lithium-ion batteries.

1. Lead-acid batteries

Lead-acid batteries are the first rechargeable batteries ever invented. Frenchman Gaston Planté created the first prototype of a rechargeable battery based on lead-acid chemistry in 1860. Scientists later developed it in the mid-1800s using old technology to store chemical energy to be converted to electricity.

How do lead-acid batteries store energy?

Each 12-volt lead-acid battery contains six cells, with each cell containing a mixture of water and sulfuric acid. Each cell has a negative and a positive side. When the battery generates power, it also discharges at the same time.

The chemical reaction breaks down the sulfuric acid into the water stored in each cell, thus, diluting the acid. When the battery is used to power a device, it depletes the acid, hence this equation: Pb(s) + HSO−4(aq) → PbSO4(s) + H+(aq) + 2e−

This chemical equation refers to the negative plate or anode reaction that releases electrons. For example, the HSO-4 is the hydrogen sulphate anion that forms sulfuric acid when mixed with water. It is the acid that is consumed when releasing hydrogen ions and electrons.

What happens when we charge up a lead-acid battery?

When the battery is charging up, the process reverses. This means that instead of consuming the acid, the battery's charging builds it back up. Lead-acid batteries use this process to store energy. All types of lead-acid batteries use this process to store chemical energy.

2. Lithium-Ion batteries

Like lead-acid batteries, lithium-ion (Li-ion) batteries also have a cathode (positive side) and an anode (negative side). They are also capable of storing lithium ions. Energy is stored and released when these lithium ions move from the cathode to the anode through the electrolyte.

Whilst lead-acid batteries use only one type of chemical reaction, lithium-ion batteries have different chemistries and usage. Some of the most common lithium battery types include:

Lithium cobalt oxide (LiCoO2)

Also known as LCO, lithium cobalt oxide batteries can provide power over a long period under low-load applications. However, they do not perform well in high-load applications. As a result, they are commonly used in small portable devices such as mobile phones, laptops, tablets and cameras. But because cobalt is expensive and has safety concerns, LCO batteries are being replaced by other types of lithium batteries.

Lithium manganese oxide (LiMn2O4)

Known as LMO, these batteries utilise lithium manganese oxide for their cathode. It creates a three-dimensional structure that improves ion flow, increases current handling and lowers internal resistance. LMO batteries also have improved thermal stability, which means they can operate safely even at high temperatures. Additionally, they charge quickly and can handle long-life or high-load applications. They are primarily used in medical instruments, portable power tools and some electric and hybrid vehicles.

Lithium nickel manganese cobalt oxide (LiNiMnCoO2)

Known as NMC, these batteries use nickel, manganese and cobalt in the cathode to store and convert energy. The combination of these elements produces high specific energy and stable chemistry. Moreover, they are cheaper than cobalt-based batteries and have a longer lifespan.

NMC batteries are commonly found in electronic powertrains for scooters, e-bikes and electric vehicles, as well as in power tools.

Lithium nickel cobalt aluminium oxide (LiNiCoAlO2)

Known as NCA, these batteries perform well in high-load applications and have a long-life cycle. NCA batteries are commonly found in electric vehicles.

Lithium titanate (Li2TiO3)

In lithium titanate (LTO) batteries, the graphite in the anode is replaced with lithium titanate. They utilise NMC or LMO for the cathode. This combination yields an extremely safe battery. LTO batteries charge faster than any other lithium battery and have a longer life cycle. They are popular in electric vehicles and their charging stations, solar and wind energy storage, solar street lights, uninterrupted power supplies and telecommunications systems. They can also be found on military and aerospace equipment.

Lithium iron phosphate (LiFePO4)

Lithium iron phosphate (LFP) batteries work similarly to other Li-ion batteries. However, unlike cobalt oxide and manganese oxide, phosphate is non-toxic, eliminating the issue of health hazards and safety.

LFP batteries can deliver constant voltage at a higher charge cycle. These batteries are chemically and thermally stable, meaning they are less prone to fires or explosions. This is why more manufacturers of electric and hybrid cars are switching to LFP batteries.

Make JPAC your preferred battery provider.

For all things battery, you can count on us to provide the best products and services. JPAC Batteries has over 40 years of hands-on and management experience within our team. Our team specialises in the installation, maintenance, testing, and disposal of industrial stationary batteries. Send us a message, and we will get in touch with you. You can also email or call us on 0422 629 870.

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How Do Batteries Store Energy? - JPAC Batteries

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They can be used on the go for a period of time. They all have batteries that you can recharge. But do you know how these batteries store energy so that you can use them when you are away from home or the office?

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The Best Battery Maintenance and Service Provider For Airports

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The Best Battery Maintenance and Service Provider For Airports

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JPAC batteries can provide the best battery inspection and maintenance services at your airport with our modern battery testing equipment and highly trained employees.

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The best industrial battery testing, installation, and maintenance services for airports

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Our experts from JPAC Batteries have created a simple guide to prepare anyone who is planning to go off-grid using solar energy. Anybody can go off the grid with the proper battery system.

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How having a battery system can help you disconnect

Over the years we've seen a resurgence of people wanting to disconnect from the power grids and go solo with their power needs. Whether a business or individual, understanding your property's electrical needs will help you find the right solution and get that freedom you're after. Far from the off-grid setup of the early 2000's, the systems we have today not only last longer and deliver more power but are beautifully nondescript and hold a lot more power than before. No longer attached to the 'doomsday bunkers', going off-grid is becoming a more common scenario especially in remote places or areas with an existing heavy burden on the grid to avoid being impacted by extended outages.

Why you need a battery system

Around the world, electrical grids are facing ever increasing strains on the system as our global population increases and our reliance on the available power causes blackouts during extreme weather conditions. Places such as California have been dealing with rolling blackouts during the summer to combat the strain on the system due to running air conditioners and other appliances during peak hours.

Here in Australia, our national energy market is facing unprecedented pressures due to internal and external factors. While we've been hearing about power blackouts here on the east coast, you may be thinking that it's time to add on some batteries to your solar system. As we discussed in our last post, How Do Solar Battery Systems Work, battery storage systems are great for storing excess power rather than feeding it back into the grid.

Installing a battery system will allow you to avoid the drama of the energy market, be independent, and save a lot of money in the long run. Many homes are switching to solar with battery and using the grid as a back-up instead of the other way around, thus removing themselves from the equation and pressure on their local power grids. Having a battery system can allow you to use power outside of daylight hours when your panels are not collecting energy, and by having multiple batteries, one can be charging while the other is being used.

What battery should I use?

Choosing the right solar storage system can seem daunting, however we offer a variety of sizes to work with your property's energy needs. From a small 3kW Solar System with a 10kWh battery, to a 10kW Solar System with a 30kWh battery you can travel or live without having to rely on grid power with ease. Industrial battery systems are also available for those who need that extra power throughout the year, meaning your business can operate wherever you want without needing to rely on the grid.

For many years, lead batteries were the only choice for off-grid systems and while they are still available and used, especially throughout our range of products, thanks to innovation other types are becoming available while the lead batteries themselves are evolving into more environmentally friendly designs. For larger industrial needs, the lead battery systems are still the best option, while lithium batteries may be better suited for smaller projects, either way it's best to talk with a battery expert about your storage needs.

How many do I need?

Determining how many batteries you need for your project can be a bit daunting, however if you have a general understanding of how much power you use on a weekly or monthly basis a battery expert here at JPAC can help you design the perfect storage system for your property.

When we consider that a standard solar battery is around 10kWh in size, we can safely say that will get your through a typical power outage. However, if you're wanting to save money on your power bill, you'll want two to three times that much storage at least. For those wanting to go completely off-grid, that's when we investigate the bigger batteries and look at creating an entire storage system made up of multiple batteries.

Being self-sufficient with your business or home requires a good battery storage setup, especially if you're in an area prone to cloudy weather and storms. As previously discussed, a small energy user can easily get by on a 10kWh battery system with a 3kW Solar System, the larger the usage, the larger the battery you'll need. If you're wanting to be able to be completely off-grid and are a medium usage household, having a bank of batteries will not only make your life easier, but will also increase the types of appliances you're able to run off the available power.

Let's get you powered up and living self sufficiently

The larger your battery system is, the longer you can stay off-grid and the more tools or appliances you can use. Whether you're going off-grid because of your location and access to available power, increasing power prices, reliability, or simply because you're ready to help the environment through reduction of greenhouse gases, there's no better time than now to switch over.

With over 40 years of hands on and project management experience within our team, we are here to help you with your project and get that system up and running. We've worked with major companies such as Origin Energy and AGL, our projects have seen us installing battery systems in major power stations around the state.

We are here for all your commercial and industrial battery installation, maintenance, testing, reporting and replacement needs. JPAC Batteries is committed to providing safe, reliable and cost-effective battery systems to a wide variety of industries. We service most major industries in commercial and industrial capacities.

Contact us today on 0422 629 870, visit our storefront, or send a request through our website.

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Going Off-Grid with Solar Power - JPAC Batteries

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Over the years we've seen a resurgence of people wanting to disconnect from the power grids and go solo with their power needs. Whether a business or individual, understanding your property's electrical needs will help you find the right solution and get that freedom you're after.

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The Advantages Of Testing Battery Systems

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The Advantages Of Testing Battery Systems

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JPAC Batteries' experts have compiled a list of the benefits of having your commercial and industrial battery systems tested. For more information on battery testing systems, please contact us.

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Getting longevity and profitability out of your battery system

Battery systems are the heart of your business. They keep your workplace functioning and operational, allowing you to maintain order and processes for maximum profitability. As such a crucial part of a lot of industry business, it's hard to fathom that battery systems and their corresponding testing and maintenance are often forgotten about as they continue to work in the background, while other more pressing issues can arise. Businesses need to take the testing and maintenance of their battery systems seriously. Failure to dedicate time and resources to them could result in unscheduled downtime and potential losses for the business.

Proactivity in testing your battery system

No matter the capacity of your battery system, they require regular maintenance and testing to determine their optimal performance curve. Testing your battery system gives you a full picture about your batteries performance over time, where faults lie within the system and the likely longevity of the system overall. Capacity testing can be completed on industrial style batteries from 12V right up to 240V systems. Advancements in technology have allowed battery technicians to gain a more accurate reading from their instruments of battery systems and make recommendations in the best interests of the business.

Benefits of load testing on industrial battery systems

Having your industrial battery system regularly load tested has many positive benefits to your business, not only at a productivity level, but financially as well.

Predicted lifespan of your battery system

Regularly scheduled load testing allows technicians to determine the health and performance of your whole battery system as well as the individual battery cells. These performance results allow technicians to predict an accurate representation of the systems' lifespan, giving businesses definitive timeframes for repair or replacement. Having this data available allows businesses to prepare for the financial outlay that a repair or replacement system may hold, gaining approval for the release and allocation of relevant funds within the business.

Identifying faults

Regular and scheduled load testing on a battery system allows technicians to identify potential faults and weak cells within the battery. With recognition, accurate recommendations can be made to the business which reduces the risk of future faults occurring and unscheduled downtime for the business, resulting in potential loss of income.

Ensures compliance with Australian standards and regulations

Major industrial battery systems that involve storage components must be installed in line AS 5139-2019 and must be regularly checked and tested to ensure that they continue to meet minimum Australian standards and compliance. By having your battery storage system regularly tested, you forego the worry of maintaining compliance, as this is checked and verified at every testing interval.

Maximise business profitability and continuity

Regular load testing on your industrial battery system ensures that your business continues to run smoothly and are functioning to their maximum capacity. By verifying the stability of your battery system, as a business, you don't have the added stress of worrying about unnecessary and unscheduled downtime and interruptions to the day-to-day activities of the business. Your business remains functional and profitable.

Real battery testing vs battery emulator testing

Many battery technicians, especially for smaller systems, may encourage an emulator battery test at closer intervals to monitor ongoing performance and a full battery system test at further apart intervals for overall assessments and recommendations.

Battery emulators are used to emulate the performance of a battery rather than connecting to the whole battery system. When configured, they provide technicians with an accurate reading from the emulator which is representative of the potential reading that may have been produced on the actual battery system. There are many benefits for using battery emulators to test battery systems including:

Reduction in testing time

Testing a real battery system is very time consuming and requires the technicians to perform preparations at every step of the process. Batteries must be charged and then discharged, allowed to rest and then finally, tested. The preparation time for a battery emulator is significantly lower with less time needed to distribute to each step of the process and producing reliable results in a quicker time frame.

Repeatable results

Over time, battery systems become worn out and as such, can supply inconsistent results when tested. The age of the battery, temperature and usage all contribute to the potential lifespan of the battery and manual testing of an ageing system can deliver inaccurate results. Battery emulators are designed to mimic the performance of a battery system but don't have the manual applications that wear it out. As such, emulators can produce consistent results test after test.

Improved safety for technicians

Battery systems, when installed and maintained correctly are relatively safe, if they stay within normal ranges. When a battery system is exposed to over-charge and discharge, which can be present during testing, it increases the risk of injury and accident for technicians performing scheduled tests. Utilising a battery test emulator creates a safe working environment without the concerns that arise from real life battery system testing.

Considerations when comparing battery emulator testing vs real life testing

Emulator testing, while productive and safe, is not always the best choice for all battery systems and is not something that is recommended in replacement of traditional real life battery testing. It is a useful tool for battery system testing at in-between intervals of your main maintenance and testing services. While it gives good data and results, real life battery testing is the only surefire way to accurately read your battery system performance.

The importance of battery systems testing

Ultimately, whether your business is in the manufacturing, mining, transport or energy industry, or any industry for that matter, battery systems play a crucial role in keeping your business functioning to the best possible capacity. Your battery system needs to be maintained and tested in order to keep it operating as efficiently as possible. When looking for an experienced technician to service, test, and maintain your battery system, always look at their methods, equipment, reviews and industry knowledge before engaging. JPAC Batteries has over 40 years' experience working with battery systems. With experience across multiple industry sectors and with various capacity battery systems, JPAC is your local technician with the no-how to help your business succeed. Get in touch with the JPAC team today to discuss your industrial battery load testing requirements.

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Benefits of Testing Battery Systems - JPAC Batteries

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Battery systems are the heart of your business. They keep your workplace functioning and operational, allowing you to maintain order and processes for maximum profitability. As such a crucial part of a lot of industry business, it's hard to fathom that battery systems and their corresponding testing and maintenance are often forgotten about as they continue to work in the background, while other more pressing issues can arise.

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Working Principles of Solar Power Storage Systems

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Working Principles of Solar Power Storage Systems

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JPAC Batteries supplies the finest calibre of battery storage solutions for commercial and industrial properties. Contact us today to learn more about how solar power storage systems function.

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How Do Solar Battery Systems Work? - JPAC Batteries

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According to Ausgrid, battery systems have three main components: The battery, inverter-charger and meter.

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Excellent news! JPAC Batteries has created the best solar battery solutions and systems. Learn how these solar batteries work and how they can prevent blackouts in remote areas.

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The power grid in Australia can be unpredictable. With seasonal catastrophes such as storms, heat waves, lighting, and bushfires, many areas experience minor power outages each year.

Falling trees, car accidents, and technical glitches can result in blackouts too. This is probably one of the reasons many homeowners have decided to go solar - thinking that their PV panels will keep their lights on when there is a power disruption.

Here is the bad news: solar panels will not keep the power on when there is a blackout. This is because grid-connected solar systems are required by law to shut down to protect maintenance workers while fixing the grid.

If someone is working on the power lines and the solar power goes live, it could electrocute the person working on the lines.

Thus, even with maximum sunlight, your solar system will not produce electricity until the grid is restored. But here is the good news: solar batteries can keep the power running in the event of a blackout.

How solar battery storage can save you during blackouts

While your solar system will not work in a blackout, a solar battery can.

Backup power functionality

Keep in mind that not all energy storage solutions work during a blackout. Instead, only a solar battery with backup power functionality can supply your home with emergency power during an outage.

Furthermore, the backup functionality cannot power an entire house. It is only capable of keeping the lights on as well as certain power points.

It may be possible to power a whole house with a large-capacity battery system. However, you risk draining it too quickly before switching back to your main solar system.

Emergency energy reserve feature

Another feature that you might find in some systems is the emergency energy reserve which allows you to program your solar battery to reserve a certain amount of energy in the event of a blackout.

For example, you could program your solar battery to use 60% of its capacity at night and 40% during a blackout.

How does blackout protection work?

When the power goes out and you have a solar battery with blackout protection, it will automatically detect the outage and activate blackout mode. Depending on your battery brand, this process can range from a few seconds to a few minutes.

Different solar batteries also have varying load capacities. For example, some batteries can discharge up to 7kWs during a blackout while smaller ones may only offer around 2.5kWs - enough to power just a few circuits in the house.

If you are adding a solar battery to your solar panels, talk to your installer about blackout protection. In addition, you need to identify which circuits are most important to back up before you decide to buy solar batteries.

Remember, not all solar batteries have blackout protection. If this feature is essential to you, be clear that you want a solar battery with this function.

How long do solar batteries last during a blackout?

Let's say the power goes out and your solar battery switches to backup mode. How long will the battery last until the grid is back online?

The answer depends on how much energy was stored in the battery when the power went out. It will also depend on which circuits you have connected to the battery and how much power each outlet consumes.

To determine how long your battery will last during a blackout, consider these factors:

Battery capacity: How much power can your solar battery store?

Blackout protection: Do you have blackout protection for the entire house or just for certain electrical devices?

Appliances: How many and what electronic devices are running on solar batteries? Are they energy-efficient or power-guzzlers?

Remaining energy: How much energy was stored in your battery when the grid went down?

Powering your home in remote locations.

When your solar panels produce excess energy, this surplus gets stored in the solar batteries for later use. You can access this stored energy during cloudy days, at night, or during a blackout when your panels are not generating enough electricity.

The cost of solar batteries depends on several factors, such as storage capacity, type of battery, and where you are located.

If you live in an area where power outages are a common recurrence during the year, you should consider rationing your solar energy and only use electricity for things you need.

Move to an off-grid solar system.

If blackouts are frequent in your area, a more permanent solution is to move your power source to an off-grid solar system.

Off-grid solar systems are basically a more sophisticated type of solar battery array. They store surplus solar energy in multiple batteries to power your entire home for long periods. The system is so-called off-grid because you totally disconnect your home from the power grid to avoid blackouts completely.

While off-grid solar systems are a fantastic solution for those who want to be independent of the grid, setting it up can be extremely expensive. Depending on the size location of your home and your appliances, you could quickly exceed $20,000 for a standard off-grid home in Australia.

If you live in a genuinely remote part of the country or an area where power outages are a recurring theme, an off-grid system may be worth it.

Types of solar battery systems

There are two main types of solar battery systems: off-grid and hybrid.

1. Off-grid solar power systems

As the name suggests, off-grid systems are not connected to the power grid; instead, you rely on solar power for all your electricity needs. As a result, you may need a backup generator when the sun does not shine.

An off-grid solar system is your most viable choice if you live in a remote area where connecting to the grid can be costly.

2. Hybrid solar power systems

In a hybrid system, your solar system is still connected to the power grid. However, your home will first consume solar energy stored in your battery.

Then, if there is excess solar energy and your battery is full, the surplus will be sent back to the grid.

One important thing to remember: make sure your solar system has a hybrid inverter that allows your battery to charge during a blackout. Otherwise, you would not have any power if your battery drains and the grid is not yet back on.

Check out JPAC's products and services today.

In Australia, power outages are minor and can be quickly fixed. But if you have appliances that you cannot afford to lose power - such as modems and routers in work-from-home setups - then you should consider building an energy storage system.

When it comes to battery solutions and systems, JPAC Batteries should be your top choice. We can help you set up an off-grid system that can power all your electrical needs.

Call us on 0422 629 870 or email your enquiries to info@jpacbatteries.com.au.

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Avoid Blackouts in Remote Locations - JPAC Batteries

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The power grid in Australia can be unpredictable. With seasonal catastrophes such as storms, heat waves, lighting, and bushfires, many areas experience minor power outages each year. Falling trees, car accidents, and technical glitches can result in blackouts too.

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If you want to extend the life of your industrial batteries, follow these 7 essential steps developed by JPAC Batteries experts. These will certainly help you in managing your industrial batteries for a longer lifespan.

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Many enterprises rely on batteries to keep their operations and equipment running. If you belong to a business that relies on batteries, you should know that effective battery maintenance is a crucial aspect of the industry where you are in. Regular inspection and maintenance by a reputable service provider will enable industrial batteries to last several good years.

Why is maintenance required in industrial battery systems?

An industrial battery operates the same way as a regular battery. However, it is generally bigger, lasts longer, and is more powerful than the consumer type of battery. Various commercial and industrial businesses use industrial batteries for their operations.

For example, forklifts lift and move heavy materials over a short distance. For a forklift to do this, it needs to be powered by a powerful battery, which is why it needs an industrial type of battery.

Industrial batteries find applications in automation, robotics, telecommunications, construction, and many other industries. These battery systems are designed for heavy usage and to withstand extreme weather conditions.

But no matter how powerful they are, batteries have a limited lifespan. At one point in time, they malfunction, get discharged or need to be replaced. The key is to maximise the lifespan of an industrial battery. If not, business losses can happen. Business operations pause when the battery system fails until the batteries are repaired or changed.

How to properly maintain and extend the lifespan of industrial batteries?

Proper servicing is necessary for batteries to last. It is best to hire the services of professional technicians when it comes to periodic check-ups. Nonetheless, there are initiatives that can help extend the lifespan of your batteries.

Here are some essential tips and reminders about battery maintenance:

1. Conduct routine inspections of batteries.

Schedule regular equipment and machinery inspections to make sure that the batteries are free from corrosion or that they do not have any defects or issues.

2. Know your battery type.

Every battery has its proper way of upkeeping. For example, lithium-ion batteries, commonly used in aircraft and industrial forklifts, should not be charged up to their full capacity and should not be completely drained. On the other hand, lead acid batteries require that they are completely charged after each usage. They also need frequent checking of fluid.

Knowing the type of batteries used in the business will allow owners to understand how to properly keep them in proper condition. It will avoid overcharging or undercharging, as well as other issues like overheating.

3. Keep batteries clean and dry.

Maintenance-free batteries are prevalent these days, but this does not mean that batteries should be left unkept. Maintenance-free batteries are named as such because they do not need to be refilled with fluid or electrolytes - and not because they can be ignored for the whole duration of their life cycle.

Whichever type of batteries are being used in the business, ensure that they are kept dry and clean, including the wires and cables. Corrosion is pretty common in batteries, especially when exposed to extreme weather conditions. When terminal corrosions are already visible, replace the battery soon.

4. Ensure that the battery is charged properly.

Charging is crucial when it comes to batteries. Charging too long can reduce the life cycle of some types of batteries. The same is true when some batteries are undercharged.

So, always check that the batteries are charged correctly. This way, they are always at their peak performance.

5. Keep the fluid levels of maintainable batteries at their correct levels.

For batteries to perform at their peak levels, they should have the correct amount of water or electrolytes. If the water level is too low, it can cause plate wear and short run-time. If too high, the water can boil over, decreasing overall battery life. Manage this by regularly checking the fluid levels every five charges or so.

6. Keep the battery temperature in check.

Batteries may overheat, especially when they are overcharged. Therefore, avoid conditions that will cause the batteries to heat up. In addition, battery life may be significantly reduced when exposed to extreme temperatures, so it is recommended to place them at room temperature or below.

7. Have a professional conduct routine battery inspection.

A professional battery service company should conduct routine inspections of industrial batteries. Experienced technicians are knowledgeable in battery installation, maintenance, and repairs, especially when complicated situations arise or when there are plenty of batteries to be checked.

Why professionals technicians should do maintenance

While businesses must know how to properly maintain their industrial battery systems, it is best to consult the services of professional technicians to ensure that your industrial batteries are kept in order. This is especially true when the business owns various equipment and machinery that run on batteries.

Here are a few important reasons for seeking the assistance of technicians:

Professionals possess the proper equipment for battery service and repair.

Technicians have professional know-how when it comes to batteries.

They can provide thorough maintenance and testing services.

They can diagnose battery and charger issues and can immediately make repairs when needed during the actual diagnosis.

Trust JPAC when it comes to the maintenance of industrial battery systems.

JPAC Batteries specialises in the installation, maintenance, testing, and disposal of industrial battery systems. Our professional team has more than 40 years of experience when it comes to commercial and industrial battery solutions.

We have highly experienced staff who are always willing to offer their knowledge and expertise within New South Wales. Aside from maintenance and installation, we also supply premium battery systems to suit your individual business needs, whether you are from the mining, energy, manufacturing, health, transport, or information technology sector.

For more information about our services, call us now at 0422 629 870. Alternatively, you can send an email to info@jpacbatteries.com.au.

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How to properly maintain and extend the lifespan of your industrial batteries - JPAC Batteries

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Many enterprises rely on batteries to keep their operations and equipment running. If you belong to a business that relies on batteries, you should know that effective battery maintenance is a crucial aspect of the industry where you are in. Regular inspection and maintenance by a reputable service provider will enable industrial batteries to last several good years.