The Los Angeles Business Council released the results of its study on the feasibility of installing solar panels on the city’s multifamily buildings to help meet California’s proposed law seeking 33% renewable energy by 2020, of which 70% would have to be generated from in-state resources. Los Angeles Mayor Antonio Villaraigosa has also called for one gigawatt of solar development in the city, including a feed-in-tariff (FiT) program.
The study reveals that the city has tremendous capacity for multifamily housing to contribute to a broad solar program, and that a significant portion of that rooftop capacity comes from buildings in economically depressed neighborhoods. Solar installations could therefore be used to create jobs, lower utility costs, and improve conditions for residents in these neighborhood.
The city’s total number of potential multifamily sites is in excess of 100,000, with the potential to handle solar installations capable of generating 1,411 MW (one megawatt of solar capacity should offset the energy needs of 100 homes), with 59 to 130 MW generated in each of Los Angeles’s 15 council districts. The study indicates that the sites best suited for this type of development are those capable of generating around 50kW, and there are enough of those sites to potentially generate 300 MW.
The study recommends the city institute a 300 MW program, which could offer a pay rate of 24 to 26 cents per kWh, enough to attract a significant number of interested property owners. The rate could be in direct payments, or in the case of a FiT, via a combination of payments and rebates. A 300 MW program would also directly and indirectly generate 4,500 jobs, as well as lower utility costs for many Angelinos, allowing them to live in a more affordable and sustainable environment. An additional benefit: a 300 MW program would reduce 6.7 million tons equivalent CO2 by replacing coal and 4.1 million tons equivalent by replacing natural gas—akin to taking 69,000 to 112,000 cars off the road.
Can a case be made for a similar program in your city?
Related Stories
| Nov 9, 2010
U.S. Army steps up requirements for greening building
Cool roofs, solar water heating, and advanced metering are among energy-efficiency elements that will have to be used in new permanent Army buildings in the U.S. and abroad starting in FY 2013. Designs for new construction and major renovations will incorporate sustainable design and development principles contained in ASHRAE 189.1.
| Nov 9, 2010
Designing a library? Don’t focus on books
How do you design a library when print books are no longer its core business? Turn them into massive study halls. That’s what designers did at the University of Amsterdam, where they transformed the existing 27,000-sf library into a study center—without any visible books. About 2,000 students visit the facility daily and encounter workspaces instead of stacks.
| Nov 9, 2010
Turner Construction report: Green buildings still on the agenda
Green buildings continue to be on the agenda for real estate owners, developers, and corporate owner-occupants, according to the Turner 2010 Green Building Market Barometer. Key findings: Almost 90% of respondents said it was extremely or very likely they would incorporate energy-efficiency improvements in their new construction or renovation project, and 60% expected to incorporate improvements to water efficiency, indoor environmental quality, and green materials.
| Nov 5, 2010
New Millennium’s Gary Heasley on BIM, LEED, and the nonresidential market
Gary Heasley, president of New Millennium Building Systems, Fort Wayne, Ind., and EVP of its parent company, Steel Dynamics, Inc., tells BD+C’s Robert Cassidy about the Steel Joist Manufacturer’s westward expansion, its push to create BIM tools for its products, LEED, and the outlook for the nonresidential construction market.
| Nov 3, 2010
First of three green labs opens at Iowa State University
Designed by ZGF Architects, in association with OPN Architects, the Biorenewable Research Laboratory on the Ames campus of Iowa State University is the first of three projects completed as part of the school’s Biorenewables Complex. The 71,800-sf LEED Gold project is one of three wings that will make up the 210,000-sf complex.
| Nov 3, 2010
Park’s green education center a lesson in sustainability
The new Cantigny Outdoor Education Center, located within the 500-acre Cantigny Park in Wheaton, Ill., earned LEED Silver. Designed by DLA Architects, the 3,100-sf multipurpose center will serve patrons of the park’s golf courses, museums, and display garden, one of the largest such gardens in the Midwest.
| Nov 3, 2010
Public works complex gets eco-friendly addition
The renovation and expansion of the public works operations facility in Wilmette, Ill., including a 5,000-sf addition that houses administrative and engineering offices, locker rooms, and a lunch room/meeting room, is seeking LEED Gold certification.
| Nov 3, 2010
Sailing center sets course for energy efficiency, sustainability
The Milwaukee (Wis.) Community Sailing Center’s new facility on Lake Michigan counts a geothermal heating and cooling system among its sustainable features. The facility was designed for the nonprofit instructional sailing organization with energy efficiency and low operating costs in mind.
| Nov 3, 2010
Seattle University’s expanded library trying for LEED Gold
Pfeiffer Partners Architects, in collaboration with Mithun Architects, programmed, planned, and designed the $55 million renovation and expansion of Lemieux Library and McGoldrick Learning Commons at Seattle University. The LEED-Gold-designed facility’s green features include daylighting, sustainable and recycled materials, and a rain garden.
| Nov 3, 2010
Recreation center targets student health, earns LEED Platinum
Not only is the student recreation center at the University of Arizona, Tucson, the hub of student life but its new 54,000-sf addition is also super-green, having recently attained LEED Platinum certification.
