flexiblefullpage
billboard
interstitial1
catfish1
Currently Reading

California cuts its carbon footprint with solar

Sponsored Content Energy Efficiency

California cuts its carbon footprint with solar

Over the life of the combined systems, more than 580,000 tons of carbon dioxide will be eliminated.


By Panasonic | March 16, 2015
California Cuts its Carbon Footprint with Solar

Photo courtesy of Panasonic

As a society, we’re more aware than ever of the difference we can make purchasing smart, sustainable products and the role we can play shifting to cleaner, greener solutions like renewable energy. As we strive to make our own decisions with environmental responsibility in mind, we expect the companies we know and love to do the same.

Universities, shopping centers, sports arenas, charitable foundations, utilities, and beyond are working with Panasonic to develop bold solar solutions. Why? For many, installing solar is the go-to option for meeting sustainability goals, enhancing reputation in social responsibility, and reducing operating costs.

In fact, the Solar Energy Industries Association recently reported that between 2010 and 2014, residential, non-residential, and utility PV market segments grew significantly year over year. At present, there are more than 15,900 MW of cumulative solar electric capacity operating in the U.S. That’s a dramatic amount of renewable sun power and a monumental step forward on the path to cleaner, greener energy.

Sustainability Savings

Last spring, Panasonic completed a 16.2 megawatt portfolio of California Renewable Energy Small Tariff (CREST) projects.  Spanning four locations in Central Valley, the systems pack a lot of power and are prime examples of the real-life benefits of going solar. Over the life of the combined systems, more than 580,000 tons of carbon dioxide will be eliminated. Here’s a peak at what that looks like in…

Waste. Unfortunately, waste is an everyday reality, but what we do with it can make a world of difference. Recycling programs across the nation have helped our communities become more sustainable. While these programs play a crucial part in the “greening” of our society, to reach the level of CO2 eliminated by the Central Valley portfolio it would take recycling 1,836,513 tons of waste.

Trees. Trees purify our air, absorbing CO2 through the process of photosynthesis. The amount of CO2 eliminated by the Central Valley solar systems rival the work of more than 13,541,378 trees. That’s a lot of green.

Households. Unfortunately, the safe haven where we rest our feet and sit down to an evening meal is actually a leading producer of CO2 due to its high consumption of electricity. To reach the level of emissions reduced by Panasonic’s solar installations, you’d have to displace CO2 from the annual electric use of 65,893 homes.

Gasoline. We all know that cars are a leading producer of CO2. Day in and day out, we pay a pretty penny at the pump, but so does our planet. How much CO2 could be eliminated if we were to avoid using 59,279,850 gallons of gasoline? You guessed it, right around 580,000 tons.

Producing both economic and environmental benefits, the savings generated by solar are clear. From stadiums to retail facilities, universities to airports, professionals managing all types of buildings are partnering with Panasonic to develop comprehensive solar solutions. Working together, installing solar becomes more efficient and cost-effective than ever before. 

Related Stories

| Aug 11, 2010

Special Recognition: Kingswood School Bloomfield Hills, Mich.

Kingswood School is perhaps the best example of Eliel Saarinen's work in North America. Designed in 1930 by the Finnish-born architect, the building was inspired by Frank Lloyd Wright's Prairie Style, with wide overhanging hipped roofs, long horizontal bands of windows, decorative leaded glass doors, and asymmetrical massing of elements.

boombox1
boombox2
native1

More In Category



Government Buildings

One of the country’s first all-electric fire stations will use no outside energy sources

Charlotte, N.C.’s new Fire Station #30 will be one of the country’s first all-electric fire stations, using no outside energy sources other than diesel fuel for one or two of the fire trucks. Multiple energy sources will power the station, including solar roof panels and geothermal wells. The two-story building features three truck bays, two fire poles, dispatch area, contamination room, and gear storage.


Geothermal Technology

Rochester, Minn., plans extensive geothermal network

The city of Rochester, Minn., home of the famed Mayo Clinic, is going big on geothermal networks. The city is constructing Thermal Energy Networks (TENs) that consist of ambient pipe loops connecting multiple buildings and delivering thermal heating and cooling energy via water-source heat pumps.

halfpage1

Most Popular Content

  1. 2021 Giants 400 Report
  2. Top 150 Architecture Firms for 2019
  3. 13 projects that represent the future of affordable housing
  4. Sagrada Familia completion date pushed back due to coronavirus
  5. Top 160 Architecture Firms 2021