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U.S. Battery Manufacturing’s RE Series, Renewable Energy Storage Batteries Get An Updated Look

The Renewable Energy industry will soon appreciate the updated appearance of U.S. Battery’s RE Deep Cycle product line. The batteries will feature new labeling with stronger graphics and battery information, but the internal structure and design of the RE Series line will remain the same.

U.S. Battery RE Series deep-cycle batteries are the top energy storage solution chosen by a variety of industries and individual homeowners looking for the most cost-effective method to store energy from renewable solar and wind power systems. The unique components built into the RE Series batteries deliver the highest peak capacity, cycle life, reliability, and improved watt-hours per liter and watt-hours per kilogram.

These include the company’s exclusive Diamond Plate technology, highly efficient synthetic tetrabasic lead sulfate (TTBLS) crystal structures that enhanced performance, charging, and extend battery life. U.S. Battery’s RE-Series deep-cycle batteries also include Defender™ moss shields that effectively prevent the formation of “mossing shorts” caused when positive active material particles dislodge from the plates and collect at the top of the cell elements. Outside Positive (OSP™) battery design, mitigates the effects of positive plate deterioration and further increases battery life, overall capacity, and provides stable performance over the life of the battery.

U.S. Battery RE Series deep cycle batteries are available in 6-volt and 2-volt configurations, both featuring extra heavy-duty connector lugs for extreme power loads, a tough polypropylene exterior case, heavy-duty lifting handles, and the company’s SpeedCap® Venting positive locking system for easy maintenance. An optional factory-installed, single-point watering system is also available.

U.S. Battery manufactures a variety of deep-cycle batteries that are all manufactured in the U.S.A. and are distributed worldwide. For more information, contact U.S. Battery Manufacturing, 1675 Sampson Ave. Corona, CA 92879. (800) 695-0945. Visit https://www.usbattery.com.

Camper Van Equipped With Solar And Battery Storage

Traveling Troy outfitted his Astro Van with a solar system and U.S. Battery AGM batteries for energy storage

Not many of us can pack up our van and head out onto the open road for extended periods, but Traveling Troy is a blogger who converted his Chevrolet Astro Van into a camper and is now enjoying the van life. “From the beginning of the build, I knew I wanted to be unplugged from the grid as much as possible,” says Troy. “I knew solar would be my main source of power, but we (my Dad and I) also installed the ability to use stored power and a battery isolator for those rainy days.”

Troy had no idea how many solar cells and batteries he would need, so he began listing all of the electronic components and how often he would use them. “To determine how many watts of solar and the battery size needed, I listed all the power consuming items I planned to use while traveling,” says Troy. “This included my laptop, cellphone, gadgets, fridge, and others.”  U.S. Battery has an Interactive Energy Chart that helps determine battery storage requirements on the U.S. Battery websites. “We took the estimated watt usage from each of these items and determined how many hours or minutes a day I would use them,” he says. “This gave us an idea of maximum daily consumption.”

camper van power center Realizing how much power he was going to need, Troy says he figured to utilize as much of the van’s rooftop for solar panels. “It was decided that we would go as big as we could go with the limited space,” says Troy.  “That ended up being 300 watts of solar panels on the roof of the van and two 6 volt batteries with 210 amp hours inside the van.”

Troy decided to use U.S. Battery AGM deep-cycle batteries because of their compact size and because he wanted something maintenance-free. “We knew space was going to be limited in the small Astro van and every inch mattered,” says Troy. “The battery compartment was no exception.  We chose U.S. Battery AGMs because we wanted a deep cycle battery that was reliable, maintenance free and spill proof.  The plan was to install the batteries in the back corner of the van and build around them.  The area above the batteries and around the batteries was valuable build space.  Two years later, and the U.S. Battery AGM batteries are still going strong.”

The solar system installed in his camper van is a custom build, but many of the pieces are readily available. “Our solar systems consist of Three Renogy 100 watt Monocrystalline solar panels run in parallel to a Renogy PMW solar controller which charges two 6-volt AGM 2000 batteries from U.S. Battery,” says Troy. “All the components are neatly packed into our ‘Power Center’ which uses what would normally be wasted space around the back passenger wheel well of the van.  Some of the components include a 200-watt inverter, 12-volt cigarette plug, shore power breaker and shore power battery charger.”

power center 2 (1)So far, the system has worked well and Troy has had enough power to live out of the van and explore the country. “I’m in the third week of a 3-month road trip and it has been really amazing being on the road full-time and living out of the van, off the grid,” says Troy. “My plan is to explore Arizona and visit the Grand Canyon for my birthday.  Then I’ll be exploring Southern Utah and the Mighty Five National Parks.  Finally, I’m hoping to meet up with my dad and step-mom in Colorado while they’re on a road trip.”

Troy chronicles his trips and the continuous build-up of his camper van on his social media pages, travelingtroy.com. Additional information and videos on the camper van build are on Troy’s YouTube page. www.youtube.com/c/Travelingtroy.

 

 

 

A Bright Future For Solar In California

Home Developers Gear Up For A Surge In Solar Panels And Battery Storage

In May of 2018, California passed a law requiring new homes to have solar power. While the law won’t take effect until 2020, builders are gearing up for what may be a surge in solar panel and equipment sales. While consumers fear the added solar systems will cause housing costs to skyrocket, advocates say that the extra costs will more than make up the cost in lower energy builds.

In a New York Times article, (California Will Require Solar Power for New Homes, May 29, 2018), sources say that the state is looking for alternative ways of energy production, which raises many questions as to how much of the solar energy collected will be put back into the local power grid, and how will rates change for solar and non-solar homes.

According to the Times, the increasing use of “smart” meters will help calculate costs and control consumption rages, but many homeowners are also looking into utilizing battery storage to offset peaks and valleys during high use periods. Battery storage is a popular way to efficiently utilize energy from solar and wind systems in rural off-grid areas, where solar systems output more than enough power during the day and charge batteries for use at night. Businesses often use battery storage to level out times of high energy demand and have seen dramatic cuts in their electric bills.

Most developers such as KB Homes, say that new home buyers will have a choice between buying the system outright (average cost is about $14,000) or lease the system with a monthly payment (on average $70 to $80 a month).  According to the California Energy Commission, the added cost of the solar system will add about$40 to an average monthly payment for a 30-year mortgage. While customers are offered an option, the overall hope is that the state can generate enough power for the millions of homes that are currently not on solar.

Lead Acid Batteries Offer Better/Safer Energy Storage Solution According to Advanced Lead Acid Battery Consortium

During a seminar by the Advanced Lead Acid Battery Consortium (ALABC) held in London, England last November, the lead battery industry was encouraged by the positive response from end-users in the utility and renewable energy storage markets made at the seminar.

Speakers during the event stressed that lead battery technology solutions meet all the requirements for energy storage installations while providing the most affordable option. “There are five essential reasons for utility operators to consider lead batteries in new energy storage systems they commission,” said Dr Geoffrey May of ALABC, “The new generation of this technology meets all the technical requirements of energy storage applications, it is the most cost-effective, safest, most reliable and most recycled, sustainable technology available today.”

Discussions during the seminar pointed out that lead battery systems better rival technologies in lifetime and operational costs, and are not subject to the same inherent safety issues with other systems. In addition, speakers during the seminar pointed out that 99 percent of lead batteries are collected and recycled at their end of life in Europe and North America, higher than any other battery technology.

Dr. May explained during the seminar, that lead batteries are available which will provide up to 5000 deep cycles. This has a major impact on the total cost of ownership of a lead battery for energy storage and is more than a match for other battery energy storage technologies. In addition, research work carried out by ALABC has improved lead battery performance in the special conditions that are seen with renewable energy sources, particularly solar photovoltaic sources, where the battery is not fully charged at all times. This has focussed on the addition of special carbons to the battery electrodes and has now been widely adopted by many major battery suppliers. For more information on the seminar visit www.ila-lead.org. Additional information on U.S. Battery’s RE batteries for energy storage can be found on the company’s website, www.usbattery.com