Walmart Aims For LEED – This One Time

Walmart – a leader in solar power – is dipping its toe into LEED certification, but it doesn’t want to make a big deal out of it. Not because the company is shy, but because it doesn’t want anyone to expect other new buildings in the future to also try to meet U.S. Green Building Council standards.

Chris Schraeder told the reporter that Walmart doesn’t “want to open up a precedent that this is going to be a standard going forward, because it’s not.”

Indeed, what trumps all for Walmart, Schraeder told the Plain Dealer, is being able to sell stuff for minimal cost, and it doesn’t want the Leadership in Energy and Environmental Design program to get in the way of that. “Our whole approach is about everyday low cost, so in general, we wouldn’t pay a premium for certification,” Schraeder said.

So why is it going through the LEED process in Ohio? Because of an agreement by South Euclid and the property developer that buildings going up on what used to be a golf course had to meet the standard.

Still, Walmart says on its Green Room blog that the South Euclid store outside Cleveland “will serve as a model for environmentally-friendly design for our future stores.” The store uses 100 percent LED lighting, has electric vehicle charging stations in the parking lot and these other energy-efficient features, according to Walmart:

  • LED lighting in the parking lot that the company says will reduce energy consumption by 50 percent.
  • Skylights that will allow natural light into the store, “reducing energy to light the sales floor by an average of 25 percent.”
  • Re-use of the heat from on-site refrigerant equipment, which can supply up to 60 percent of in-store hot water needs.
  • A test of doors on cases that house perishable items, which the company believes could cut refrigeration energy use by 20 percent or more.
  • A white membrane roof that reflects light better than a darker roofing color, reducing overall building energy consumption.

USG Manufacturing Plant in California Goes Solar

USG Corporation (NYS: USG) , a leading building products company, has entered into a Solar Energy Power Purchase and Sale Agreement (PPA) with Green Light Plaster City Solar 1 LLC (GLPCS1), a wholly owned subsidiary of Green Light Energy Corp. (“GLEC”), to install a solar facility at its Plaster City, Calif. manufacturing plant. The one megawatt photovoltaic (PV) system will provide USG with predictable cost for the portion of electricity supplied by the PV system for the next 20 years.

Through the PPA, GLPCS1 along with local engineering firm, ZGlobal, Inc. (“ZGlobal”), will install solar cells on eight acres of USG’s Plaster City’s site. Installation began in September and should be completed by December.

“We are always looking for opportunities for our plants to use solar energy, and it made a lot of sense to move forward with this renewable energy investment at our manufacturing plant in Plaster City,” said Al Zucco, senior director, Energy and Sustainability, USG. “This is an exciting project that demonstrates USG’s environmental stewardship and commitment to maintain environmentally-friendly operations.”

The GLPCS1 and ZGlobal solar project in Plaster City is part of an effort that the two companies are working on to provide renewable energy solutions throughout California and specifically the Imperial Valley. Currently the Imperial Irrigation District (IID) supports and provides all of the USG plant’s energy. IID rates are expected to increase, at an unknown rate, but with the PPA, USG will have predictable pricing for energy produced by the solar PV system.

“GLPCS1 is a firm believer in utilizing renewable energy resources and is proud to support USG in its effort towards building a sustainable renewable energy source for its Plaster City plant,” said Jeremy Vaa, President and CEO, GLEC.

“We at ZGlobal are delighted to be working with GLPCS1 and USG to bring this distributed generation solar project online,” said Ziad Alaywan, President, ZGlobal, Inc. “This project is an example of how well environmental sustainability balances with opportunities to reduce rising energy costs.”

In addition to improving the environmental profile of USG’s Plaster City plant, the project is expected to save the company more than $1MM over the 20-year life of the project through lowered electricity costs.

S&C to Design and Build 4.1-MW Solar Project in Massachusetts

 S&C Electric Company, a global leader in renewable energy integration, today announces a $9.7 million USD project with Green States Energy for construction of a 4.1-MW solar photovoltaic farm inSandwich, Mass. This project will help Massachusetts reach its larger goal of developing 400 MW of solar photovoltaic power in the Commonwealth.

In 2003, Massachusetts was one of the first states to adopt a renewable energy portfolio standard (RPS), which requires distribution utilities and competitive suppliers to obtain a percentage of their electricity from qualifying units. In 2010, the state issued new regulations that carved out a portion of the RPS to support the growth of in-state solar photovoltaic energy.

GSE’s Sandwich solar project qualifies to receive the Solar Renewable Energy Certificate (SRECs) units issued through the Massachusetts Department of Energy Resources (DOER). Utilities can purchase these SRECs to meet the state’s RPS goal. GSE’s goal is to start selling the SRECs by January 1, 2014, which required them to select a partner that could meet an aggressive three-month deadline for building the solar farm.

S&C recently completed construction on Green States Energy’s 2.5 MW solar farm in Roswell, N.M., a project under a turnkey, fixed-price contract,” says Stephen Clevett, CEO, Green States Energy. “Due to the success of that project, we were able to quickly transition the S&C project team to the Sandwich, Mass., site so that it could be completed by the end of the year.”

S&C was also chosen by GSE for its experience working with and conducting solar interconnection studies for the local utility serving the Sandwich, Mass., project. These studies are required when evaluating the feasibility of connecting large amounts of variable generation, like solar PV, to the grid.

“When building a solar farm, it’s important to understand utility interconnection requirements upfront, engineer a successful project and finish construction on time in order to maximize return on investment,” says Dan Girard, director, Business Development—Renewable Energy and Energy Storage, S&C. “S&C has a proven track record of being a dependable start-to-finish partner for these kinds of renewable projects, and we’re happy to have the opportunity to work with Green States Energy on another project.”

The project team will be led by S&C, which will provide engineering, procurement and project management services for both the AC and DC portions of the project. Charlotte, N.C.,-based Green Earth Developers LLC is providing physical construction services including installation of the racking systems, solar panels and construction management of the DC systems and AC interconnection.

Ecostore Building NZ’s 1st Net Zero Energy Commercial Building

The installation of 48 solar panels on the roof of the 1 Scotland Street building (home of ecostore retail shop and Lily & Louis PR) in Freeman’s Bay, marks a historical moment this week resulting in New Zealand’s first net zero energy commercial building. The building will run entirely on solar power from the highly efficient solar panels, designed to generate over 17,500 kWh a year, which is expected to be enough to power the entire building all of its electricity requirements.

ecostore’s not for profit arm, Fairground Foundation has been instrumental in this project coming to life.

“The Fairground Foundation has been set up to take on projects that have traditionally been seen as too hard, making them commercially viable and then passing the learnings back to the general community. This project fits in perfectly with Fairground’s mission creating a healthier, more sustainable world through on-the-ground action, hence the enthusiasm for coordinating this project which has taken over 14 months,” says Malcolm Rands, ecostore founder and owner.

Vector Limited (Vector) currently operates a solar pilot residential programme with a limited number of Auckland homeowners, one of which includes Rands.

“The idea is to bring smarter energy choices to all Aucklanders. We have taken the learnings from our early successes in the residential solar programme and are applying them in new areas,” says Simon Mackenzie, CEO of Vector.

The solar system allows solar power to be intelligently integrated into Vector’s electricity network. By combining solar panels with battery storage and a smart control system, the energy produced from the solar panels can be stored and used both when it is needed in the building and during times of peak network demand.

The batteries are a Lithium-ion battery pack, the same technology used in the car industry to power hybrid electric vehicles. The batteries also provide a measure of resilience with some backup in the unlikely event of a grid outage.

The tenants at 1 Scotland Street will not be required to change their electricity usage behaviour to achieve the net zero energy result.

Green Energy Used To Build Bentleys – Hybrid Cars News

Bentley may not yet have a hybrid or a PHEV in its luxurious lineup, but it is now building its cars with lots of green, rooftop-sourced, energy. The solar panel project includes over 20,000 solar panels installed on the top of Bentley’s Crewe installations, the biggest of its kind in the UK.

The Bentley factory is where the brand’s three main model lines – Continental, Flying Spur and Mulsanne – are manufactured. “The solar panels have generated over 2,200,000 kilowatt-hour’s of energy since its installation in March, having a hugely positive impact on the efficiency and sustainability of our manufacturing operations,” said Michael Straughan, Bentley’s Member of the Board for Manufacturing. “We’re very proud of the project and so are delighted to welcome Greg Barker to the factory and share the information behind that success.”

Building Products Giant USG Goes Solar In Calif

USG Corp. will soon be going solar at its Plaster City, Calif., plant through a power-purchase agreement (PPA) with Green Light Plaster City Solar 1 (GLPCS1). The building materials giant will take advantage of a 1 megawatt PV plant installed on its campus by Green Light Energy Corp and engineering firm ZGlobal. The project began in September and is slated for completion in December.

USG is one of the largest building and remodeling supply companies, prividing drywall, ceiling panels and flooring, amongst other products for both homes and businesses. As such, it only makes sense that the company would turn to the sun for production of some of its building materials, particularly as grid-supplied electric prices are anticipated to raise. “The 1 megawatt photovoltaic system will provide USG with predictable costs for the portion of electricity supplied by the PV system for the next 20 years,” a spokesperson for the company said.

Former WW2 Air Raid Bunker Converted Into an “Energy Bunker” in Hamburg

A massive German air raid bunker, which had been derelict for several decades, now hosts a regenerative power plant supplying the surrounding area with green energy. The project is part of the “Renewable Wilhelmsburg” climate protection scheme, which aims to provide the 50,000 Wilhelmsburg residents with CO2-neutral electricity by 2025 and with climate-neutral heating by 2050.

The surrounding neighborhood’s household energy is generated by an efficient combination of energy sources: besides solar energy and biogas, the bunker also uses wood chips and waste heat from a nearby industrial plant, supplying heating energy to local households. The project’s most innovative feature is its large-scale buffer storage facility with its 2 million litre capacity that integrates different eco-friendly heat and power units. The Energy Bunker also feeds the renewable power generated by its solar panels into Hamburg’s electricity grid, thereby supplying 3,000 households with heat and 1,000 households with electricity. Erected in 1943 as an air raid bunker, the original building protected thousands of people from Allied air raids. Four years later, the British Army destroyed the bunker’s interior by means of a controlled detonation. All that was left was the outer shell with its almost three meter thick walls. For almost 60 years, the building served as a war memorial and any further utilization of the premises was restricted to a few adjacent areas.

The Energy Bunker is an integral part of the “Renewable Wilhelmsburg” climate protection scheme for Europe’s largest river island with almost 50,000 residents. By the year 2050, Wilhelmsburg will be transformed into a climate-neutral district. The basis for this is provided within the framework of the International Building Exhibition (IBA), currently taking place in Hamburg. With its dedicated energy projects, the IBA is setting the groundwork for meeting Wilhelmsburg’s total energy and heating requirements in a climate-neutral way by 2025 and 2050, respectively.

 

White House Returning to Solar Panels

Back in 2010, former Energy Secretary Steven Chu said that the administration would install between 20 and 50 solar panels. Despite the pledge, however, the White House did not respond to offers for free solar photovoltaic systems from companies such as Sungevity. Now, in 2013, President Obama has found new resolve to discuss climate change and a more resilient energy landscape.

Obama is now taking that message back to his own home, installing solar PV as “part of an energy retrofit that will improve the overall energy efficiency of the building,” a White House official told the Washington Post.

Although the panels are already being installed, there is no word yet on the final panel count or the total energy output. President Obama has pledged that 20 percent of the federal government’s energy use will be powered by renewables by 2020.

Chicopee Receives $185,000 for Environment Friendly Building Practices

By constructing the new senior center with passive solar energy, the most efficient lighting and plenty of insulation, the city received a check for $185,280 from Chicopee Electric Light. The contribution, which is being granted through rebates, will count toward the $2 million the Friends of the Chicopee Senior Center has promised to raise toward construction of the building. It was announced during a gathering with the building commission and officials from the state Department of Energy Resources. Read More

Economic growth continues to drive China’s growing need for energy

China is the world’s largest energy consumer. China’s economy, which has grown at an  average real rate of about 10 percent per year over the last 10 years, is a key driver of the increase in energy consumption, both in China and internationally. Economic growth in China is still robust—China’s gross domestic product grew an estimated 7.8% in the first half of 2012—but its growth is slower than in recent years, as is its growth in energy consumption. EIA’s China Country Analysis Brief details its energy use, production, and industry.