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Museums have a hard line to walk, exhibiting items for public education and enjoyment while protecting those same collections from damage. Today’s museum also carry the additional weight of safeguarding the future of the environment – as well as their financial future – against the dangers of unnecessary energy consumption. What advancements have been made in preservation lighting technology to help accomplish these goals?

Light, including all three types: ultraviolet (UV), infrared, and visible light, causes permanent and irreversible damage to museum pieces. Cumulative and dependent on the intensity and duration of exposure, light affects chemical composition, physical structure, and, the appearance of a collection. There is no conservation treatment that can repair it. Light damage is forever.

Only complete darkness ensures conservation, since exposure to light in any form naturally breaks down items. However, keeping pieces locked away in the dark defeats the mission of the museum – sharing those works with the public. It is thus a museum’s dilemma to find a suitable solution that balances the best of both worlds, in addition to considering energy costs and the environmental impact of its lighting selection.  

In your search for preservation lighting, you will find that a great deal of lighting solutions involve UV (ultraviolet light), the most energetic and destructive form of light. These include natural light, fluorescents, HID, and tungsten halogen lighting. Fortunately, the effects of UV can be controlled with simple filters, offering a greater variety of lighting options. UV filters are hard plastic tubes or soft sleeves wrapped around bulbs/light sources, which filter and block up to 98 percent of UV light, preventing its damaging effects. NOTE: UV filters lose efficiency over time and must be replaced every eight-10 years.

Specific, detailed recommendations for preservation lighting levels based on your collection type can be found from various sources, including the Library of Congress, National Park Service, UNESCO, and more.

Climate change is a growing concern in North America. We’re already seeing some of its consequences, with warmer temperatures and more extreme, less predictable weather over the past decade. Nevertheless, we continue to burn massive amounts of fossil fuels to satisfy our energy needs, sending troublesome levels of carbon dioxide into the atmosphere. How can we best combat the phenomenon? Numerous studies show that energy efficiency is the cheapest, easiest way to meet our climate goals.

Inexpensive to Deploy

The climate goals of the United States are currently defined through the Environmental Protection Agency's Clean Power Plan, which dictates CO2 levels that states need to meet by 2030. In a recent report, the Center for Climate and Energy Solutions (C2ES) assessed six different studies on the effects of the new rules. In all six, there is a common thread – improving our efficiency is the most cost-effective way to achieve the standards.

The studies were conducted by a variety of different observers: the EPA, the Clean Air Task Force, Energy Ventures Analysis, National Economic Research Associates (NERA), the Natural Resources Defense Council (NRDC) and Rhodium/Center for Strategic and International Studies.

“Despite starting with different assumptions, all of the studies project that energy efficiency will be the most used and least-cost option for states to implement the plan, and that overall electricity consumption will decline as a result,” C2ES fellow Jason Ye writes on the organization's blog. “In addition to being relatively inexpensive to deploy on its own, energy efficiency reduces the need to build new, costly power plants in the future.”

Show Me the Money

The average consumer might be more worried about what the plan means for their household utility bills. Fortunately, the news isn’t too bad; the plan could cost the average home as much as $87 per year, or 25 cents a day – nothing to sneeze at, but not crippling to the family budget, either.

More optimistic forecasts project that households could actually save money under the Clean Power Plan. The savings would be due to an increased reliance on cheap renewable energy as well as investments in household efficiency technology, which would reduce the amount of consumption and therefore lower utility bills.

The total savings could be much greater. None of the plans take into account the savings the nation could realize by averting some of the more devastating impacts of climate change, nor do they assess improved health care outcomes that could result from a reduction in airborne pollution.

Take Climate Change Into Your Own Hands

You don't have to wait until 2030 to do your part in the fight against climate change. Look for some easy ways that you can reduce your energy consumption around the home, or ask an electrician to conduct an energy audit and point out even more ways you can cut back. The environment, not to mention your pocketbook, will thank you.

If you have an electric car, you may have been excited with the idea of saving money on gas while doing something great for the environment. Unfortunately, your car may not be meeting your expectations. What many people don’t know about electric cars is the fact they can only go about 60 miles or so before they need recharged. If the car is out of juice, it will have to rely on gas and still cost you money. An electrician in Santa Monica, like those at The Electric Connection, can help you make your electric car work for you.

The electric cars are often sold with a standard, slow charger that runs on 120-volts. It can take about 24 hours for a car to be fully charged. It isn’t often you can sit at home for a full 24 hours to allow your car to become fully charged. Because of this, your electric car is not saving you as much money on your gas bill that it could be. You can opt to have a fast electric car charger, technically referred to as a Level II charger. You will need a Santa Monica electrician to install the proper outlet for the charger. This faster charger will charge your electric car in about 6 to 8 hours.

The Level II charger will require a 240-volt outlet to be plugged into. This isn’t a standard fixture in a garage. In fact, most homes only have one or two of these outlets and they are dedicated to the dryer and air conditioner. You invested in an electric car in order to decrease your dependency on gas. Make it work for you with the help of an electrician. Give The Electric Connection a call today and schedule your appointment to have a 240-volt outlet installed.