Tag Archives: energy-efficient

npower Funds Solar Panels For Swimming Centre

Funding from npower means that a swimming pool that is part of a multipurpose centre on the Stackpole Estate in Pembrokeshire has been installed with enough renewable technology to make it the largest collection of solar thermal panels across the National Trust.

npowersolarpanel.jpg (182×120)

Funding from npower – as part of the National Trust Green Energy Fund – enabled a total of 19 flat-plate solar panels to be installed on the roof of the pool at the Stackpole Centre by local contractor West Wales Solar Heating. The Green Energy Fund project invests in small scale renewable energy generation and other carbon saving projects at Trust sites across Wales and England.

The Welsh produced solar panels now provide free heat to a pool that used to cost thousands of pounds a year to heat. The result is not only lower running costs for the Trust but another important small step towards lowering environmental impact and reducing climate changing carbon emissions

The project, which cost £18,000, will enable the pool’s water to be heated by the power of the sun; supplemented for now with a gas system but with plans to move to a biomass heating system in the near future. The system works by water continually being pumped from the pool into a storage tank where it is heated up by energy created from the solar panels.

Keith Jones, Environmental Practices Advisor for the National Trust in Wales, said: “The National Trust is committed to reducing our own energy footprint and in developing projects that can enable people to learn about adaptation and efficient resource use and saving money. This is the largest solar panel system of its kind within the National Trust, and it is estimated it will produce 58,400Kw every year or the equivalent of almost 160 electric heaters left on for an hour every day of the year (saving over a third of its previous energy consumption).

“As far as we were concerned this was a very simple calculation – an investment equivalent to 18 months’ worth of gas costs to heat the pool and it will have paid for itself in six years. In summer and the warmer days this system will provide most if not all the heat for the pool.”

The solar panels also have a digital display, which will enable members of the public and resident guests using the pool at Stackpole Centre, to see exactly how much energy is being produced by the solar panels during their visit.

Allan Robinson from npower said: “npower is proud to have funded the National Trust’s largest ever solar heating system at Stackpole. In partnership with the National Trust, npower is providing expertise and financial support to help those looking for ways to be more energy efficient and make financial savings along the way.”

Via EPR Network
More Energy press releases

After-Lite Wins Green Home Eco Innovation Award

After 14 years of research and endless trials in the field of practical photo luminescent application, a unique product has emerged, and it’s been recognized by greenhomehints.com as a product contributing to making the planet a greener and healthier place for all.

After-Lite Energy-Free Lighting performs absolutely as described. Its creator, Tim S. LeMaster, a professional inventor for the past 25 years, is no newcomer to the universe of photo luminescent technology. He has succeeded in taking what one used to think of as a glow-in-the-dark novelty and elevated it to a legitimate player in the quest for a greener, more energy-efficient lifestyle.

Here is a quick overview of what differentiates After-Lite from its glow-in-the-dark predecessors: It begins with a variety of advanced, high-grade, photo luminescent crystals. These proprietary rare earth minerals are processed under intense heat and pressure by a leading developer of unique photo luminescent safety products. The result is remarkable product that glows brightly for hours without requiring an energy source. LeMaster calls his creation a Crystal Energy Cell (CEC).

The crystal energy cell absorbs light, natural or manmade, during daylight hours or at times when a space is artificially lit. Absorbed light, in the form of photons, is stored by the crystal energy cell. Then, in low light or dark conditions, those photons are released, resulting in a soothing green glow allowing that space to be negotiated safely for hours without requiring energy to illuminate.

A CEC charged by the sun for as little as 3 minutes can be taken into a dark room and function nearly as effectively as a flashlight. Longer exposure to brighter, broader-spectrum light results in a brighter, longer-lasting illumination.

When partnered with a compact fluorescent light bulb (a proven energy-saver) the After-Lite Energy-Free System is a positive solution to generating light while contributing the the green initiative by not requiring energy to operate once it is in use.

Remarkably, the CEC will never loose its ability to recharge. Remove it from a failed light and attach it to a new bulb to provide light energy-free, over and over. Not only does the product save energy, it has positive security and safety benefits as well.

“Photo luminescence has already proved itself to be a lifesaver.” LeMaster says.

Photo luminescent paint was utilized in the World Trade Center towers after the first terrorist attack in 1993. Its widespread application provided visibility after power outages in the attack of 9/11 and has been credited for saving many lives.

“We supply helmet and tool patches to the fire departments of New York City, Los Angeles, Minneapolis and Pittsburgh, to mention a few. The same process has revolutionized energy-free signage for low-light conditions, saving municipalities thousands of dollars, and boosted safety standards in other applications from stairway lighting strips to subway platforms.”

After-Lite provides safety and comfort benefits. An After-Lite crystal energy cell will illuminate a room when the power goes out allowing safe negotiation around the room; or function as an energy-free night-light.

To casually compare the cost of a package of compact fluorescent light bulbs available at a retailer to the price of a complete After-Lite system is inaccurate.

“The compact fluorescent light bulb is an energy-saving consumable product which we provide as a platform for our After-Lite product, LeMaster notes. The bulb has a predictable lifespan. But the true value of our purchase proposition lies in the crystal energy cell, which will last for eons.”

For more information on the After-Lite product, visit: http://after-lite.com/

Via EPR Network
More Energy press releases