At 27 million degrees Fahrenheit, the sun produces large amounts of energy. This energy can be collected through a solar device that converts sunlight into electricity. Solar energy is reliable and easy to use, making it attractive to numerous businesses. In 2017, switching to solar is a trend that's gaining momentum in unexpected places. More and more unlikely industries are integrating solar energy into their everyday operations because of its cost effectiveness and reliability.
Solar installations are projected to increase by two million in the U.S. by 2018 and four million by 2022. With a focus on reducing carbon footprints and increasing energy savings, uncommon businesses are deciding to go green.
Here’s how three industries are taking advantage of solar opportunities and transforming the way they do business.
Winning the Battle Against High Costs
The U.S. military is harnessing the sun’s power by implementing solar energy on the battle field. Remotely-stationed troops lack resources and need access to off-grid power. This need has led to increased solar energy use in the field. In fact, military branches utilize a variety of solar equipment, including solar panels, solar tent shields, and solar cell batteries. This equipment does not require fuel resupply, which could put military personnel at risk. Another advantage is its light weight, allowing for easy portability and less restrictiveness for troops.
Renewable energy is expected to continue growing, with the Navy, Army, and Air Force focusing on plans to expand the use of solar energy. Twenty-five percent of the energy consumed in military facilities is expected to be sourced from renewable energy by 2025, resulting in billions of dollars being saved over time. At the U.S. Air Force Academy located in Colorado Springs, a 6-megawatt solar system was installed to produce electricity for the facility. This led to savings of more than $650,000 per year.
The shift to solar offers the military many benefits such as reduced costs, decreased dependency on fossils fuels, and protection against security issues.
Teamwork Makes Solar Work
Sports teams across the United States are using solar to power stadiums and arenas. Fans attend some of the largest sporting events in facilities functioning solely with energy from the sun. Approximately 70,000 fans watched Super Bowl LI in a stadium operated by solar canopy structures and solar panels. Along with that facility, Indianapolis Motor Speedway in Speedway, Indiana, has one of the largest solar systems among U.S. sports complexes.
Solar energy is a sensible choice for the sports industry. The switch helps reduce environmental damage and decreases risks associated with climate change. These benefits have led to 25 stadiums, arenas and raceways located in 12 states to invest in solar equipment. Thanks to these installations, facilities reduced the use of nearly 22,000 metric tons of carbon dioxide.
Earning Extra Credit From the Sun
Bright futures aren’t just for students these days – thanks to the help of the sun, schools across the country are transitioning to solar power. A school building’s flat rooftop design enables easy installation of solar photovoltaic cells or solar thermal systems. Utilizing solar power in schools helps protect the environment, reduces water usage, and provides teachers with unique teaching opportunities.
One major advantage is decreased costs. A report by The Solar Foundation found that if 450 school districts installed a solar PV system, they could save $1,000,000 over thirty years. Because of the potential savings, many schools are eager to benefit from the sun’s natural power.
Making the Case for Solar Across Industries
Some of the world’s largest industries are operating efficiently thanks to solar energy. In fact, falling solar costs make this energy source more accessible now than ever before. These decreased costs also mean major benefits for businesses. Some of these include reduced operating costs, a reliable energy source, reduced consumption of fuels, and tax incentives. From small to large organizations, industries are being transformed by the sun’s power.
LED lighting in schools can do which of the following?
A. Save up to 70 percent on energy costs B. Last several times longer with little or no maintenance C. Provide more uniform, pleasing illumination D. Enhance brand appeal E. Improve student performance F. All of the above
As one of the oldest and most heavily regulated trades in the world, mining faces challenges that are shared across many industries yet uniquely complex due to harsh, changing environments. While the cost of doing business rises due to volatile commodity prices and a shrinking talent pool, decision makers must maintain an urgent focus on safety, efficiency and social responsibility. Mining is well-positioned to leverage emerging technologies in the Internet of Things (IoT) to meet these competing demands.
Mine operators can take advantage of IoT data through RFIDs, Radio over IP, and video for greater safety and efficiency.
Mining presents a variety of risks to those working underground. But one of the most dangerous risks in mining electrical work is an arc flash. An arc fault heats the air around it in an electrical enclosure, causing pressure to build and metals to vaporize, leading to an arc flash. The high temperatures destroy even the most powerful metals and the pressure forces shrapnel outwards.
Are you in the market for a new gas detector? You may wonder if you can use the same calibration gas that you’ve been using
the detectors you are replacing or phasing out. Usually, the answer is “no.” The gas values used for older models, even if by the same manufacturer, don’t often match the gas values required for new units. Even if two gas detectors have identical sensors and features, the calibration gas values needed may be completely different.