The discussion about the chemistry and applications of batteries continues in this episode with David, Al Warner and Dan Lambert, and The Battery Blarney Duo. They are comparing flow and lead acid batteries in terms of their reliability and need for maintenance. They examine the problem if you have an energy-storage battery, such as a zinc manganese battery, as well as the benefit of nickel zinc batteries in which electrodes interact with electrolytes. They also mention that a hybrid system using both nickel zinc and manganese dioxide batteries might be very efficient, and that if manufacturers collaborate, third-party integrators will find it easy to connect these products together into a cohesive unit. Tune in to hear about the various codes and standards affecting stationary batteries plus comments about systems integrators and how they can fail when integrating different types of energy storage.

The Battery Blarney Duo, along with Al Warner and Dan Lambert, are back with David in this episode. They discuss lead acid batteries, which are dependable but prone to spontaneous disassembly, and lithium batteries, which have a range of chemistries, each with its own benefits and drawbacks. The industry is looking for an alternative because of the dangers of lithium fires. They also mention the invention of the liquid metal battery and its safety and maintainability, as well as the interesting concept of zinc manganese. They talk about the biggest challenge with introducing new technologies for experienced integrators and finding a better solution by building a battery that doesn't require as much management and won't catch fire. The discussion about selecting the best battery for a given application and how some outdated technology might be reimagined to better suit present-day requirements raises some pretty important points. Listen to learn the pros and cons of various energy storage technologies and the potential for significant improvements to be made. Find out what the key is to sustainable energy storage and discover why lead acid batteries are suggested as a reliable and affordable option for utility companies when you tune in to the show.

The world is rapidly becoming more and more reliant on technology. We rely on technology for communication, commerce, and so much more. One of the most important aspects of our technological infrastructure is the stationary battery. Stationary batteries are used to provide backup power or continuous power to a facility. The Battery Blarney Duo, George and Allen, are joined by their colleague Peter DeMar to discuss the different types of stationary battery applications and how they are used across multiple industries.  Episode Highlight01:23 Communications, power and data processing; they all rely very much on stationary batteries in order to maintain their service in the event of power outages.  07:21 We are totally dependent on electricity, communications and data centers. You lose any one of them, and half the world will stop it appears.  20:18 It’s absolutely the wrong thing to have in a utility application where it can be abused because of weather conditions.  29:01 Visual inspection, because you know, that’s when we see the other things that are going wrong that may not be indicated by monitoring static or active parameters.   39:35 The concept of the electronic battery technician measuring just the parameters that Pete talked about but looking at them in a ratio basis and measuring the ratio between them and when that ratio started to change, you needed to go and check the battery which of course now is what basically the artificial intelligence is gonna be doing.  Contact InformationEagle Eye E-mail 

The Battery Blarney Duo continue their discussion on the challenges and opportunities facing the DC power industry. They discuss the role of standards in promoting innovation and interoperability, the need for improved energy storage technologies, and the potential for micro-grids to provide resiliency in the face of extreme weather events. They also talk about the changing landscape of the utility industry, as more and more customers are seeking alternatives to traditional grid-provided power. The panelists agree that the future of the DC power industry is full of promise, but caution that there are still many challenges to be addressed. They urge companies and individuals to continue to push for progress in order to ensure that the industry can meet the needs of a rapidly changing world.

Batteries are a critical part of the telecom infrastructure and can be found in many different types of telecom equipment. They provide backup power and support to essential systems during an outage or emergency situation. Most substations have some kind of telecom element to them. This could be as simple as a few batteries, or it could be a much more complex system. In either case, a DC battery is typically used. However, batteries alone are not enough to power a substation. They must be connected to the utility's power grid in order to function properly. Without this connection, the substation would not be able to provide the necessary power to the community it serves.

Batteries are susceptible to corrosion, which can lead to a thermal runaway event. Ron Dickinson discusses that when dealing with battery corrosion, it's important to know the signs. One of the most common causes of battery corrosion is from electrolyte or electrolyte vapors emitting from the top of the battery. This can often be caused by overcharging, and can lead to a condition known as thermal runaway. It’s important to keep an eye on your batteries. Make sure that they are properly maintained and that you know what you can do to protect your battery from harm.

In this episode the Battery Blarney Duo, George and Allen discuss the challenges of battery warranty and why battery maintenance is important. Many battery problems can be attributed to a lack of maintenance. Batteries are usually warranted for only a year or two, and many battery manufacturers consider battery failures due to sulfation (a lead acid battery enemy) to be the user's fault. Sulfation occurs when a battery is left in a discharged state for too long. Our society has become accustomed to seeing things work without maintenance until they no longer work, and batteries are no exception. Disposable batteries have spoiled us rotten. With battery ignition, there's very little battery maintenance required other than checking the electrolyte level and keeping it topped off. When was the last time you replaced the battery in your smoke alarm or flashlight? All batteries will eventually die, but with proper care and maintenance, their lives can be prolonged.

In this special episode, we went live! The Battery Blarney duo welcomed questions from the audience about ohmic testing on a battery, how the rules apply to a NiCad battery, and many more. We were excited to answer these questions and give our audience a behind-the-scenes look at what goes into testing batteries. Our hope is that by answering these questions, we can help people better understand batteries and how they work. Thanks for tuning in!

The Battery Blarney duo welcomes Al Warner to talk about the unreliability of the electric grid. The electric grid is one of the most important infrastructure elements in the United States. It's a system of interconnected power plants and transmission lines that delivers electricity to homes and businesses. The grid is also one of the most complex systems in the world, and it's susceptible to a variety of risks. Grid operators must constantly balance supply and demand to maintain a consistent flow of electricity, and they must also contend with severe weather, cyber attacks, and other threats. As a result, the grid is not always reliable. Outages can occur for a variety of reasons, and they can have major consequences. That's why it's important for grid operators to continuously monitor conditions and take steps to mitigate risks. By doing so, they can help ensure that the electric grid remains reliable for the millions of Americans who rely on it every day.

The Battery Blarney duo of George and Allen welcome Joey Davis and Ed Rafter to talk about applying Stationary Battery Training in the Field and Battery Monitoring. Battery training is important for a number of reasons. First, it helps to ensure that employees are properly trained in the use of batteries. Second, it helps to improve the safety of employees by teaching them how to properly handle and use batteries. Third, it helps to improve the efficiency of battery usage by teaching employees how to best maintain and operate batteries. Finally, it helps to improve the overall quality of the battery monitoring industry by teaching employees how to better identify and resolve issues that may arise with batteries. By providing employees with proper training, companies can help to improve the quality of their products and services and ensure that their customers are satisfied with the results.