Iowa-based Ideal Energy is constructing a 1.1 MW power plant at the Maharishi University of Management (MUM) in Fairfield, Iowa, using the NEXTracker NX Flow integrated solar-plus-storage system. The project will be built on University land and, when completed, it is projected to be one of the largest solar-plus-storage power plants in the state, producing enough energy to cover nearly a third of the University’s annual electricity usage. In addition to those savings, NX Flow will use peak-shaving to significantly reduce MUM’s utility bill during high-demand times. Read morehere.
The U.S. Department of Energy (DOE) today announced the progress made by more than 900 public and private-sector organizations that are driving energy efficiency in the U.S. economy through their participation in the Better Buildings Initiative. Moreover, partners across the Better Buildings Initiative are sharing their innovative approaches and successful strategies to accelerate the adoption of energy efficient technologies and practices. The 2018 Better Buildings Progress Reportreleased today highlights this progress in the commercial, industrial, residential and public sectors to improve energy productivity.
BOSTON, MA — Environment America and the Student PIRGs released a letter urging the higher education community to lead America’s transition to using clean, renewable energy sources. Thousands of students from across the country have also voiced their support for their campus to make a commitment to a clean energy transition. Environment America and the Student PIRGs are working with students on more than 65 campuses in 19 states, from coast to coast, to show broad support for 100 percent clean, renewable energy generation. More than 800 students have already participated in the campaign this semester. Continue reading here.
Many administrators are not aware of a critical development in deploying clean energy: the majority of modern campus solar projects are built with no capital outlay from the institution. The most popular way institutions are making the shift to clean energy is with solar projects financed by private investors seeking to earn a “clean return” developing and owning these modern power plants. Private investors are able to harvest tax credits that are unavailable to non-taxable institutions, and their investments are repaid by selling clean energy back to the campus over time. In return for “hosting” privately financed solar power plants on rooftops, fields or covered parking areas, colleges are able to purchase clean energy for less than they paid for conventional power. These long-term contracts offer an additional benefit as they replace the volatility and inflation of electricity prices with a predictable locked in rate for 20-30 years. Currently more than 800 colleges or universities across the country offset a portion of their energy costs with some sort of solar array. Read morehere.
KEARNEY — On Aug. 22, Central Community College began classes in its $23 million, 66,000-square-foot Kearney Center. The structure was completed without a bond issue using $10 million from a successful capital campaign and cash from CCC’s reserves. The new building didn’t tap taxpayers, and because of its design, the building someday won’t tap commercial power, as CCC leaders have deemed that the facility eventually will be energy self-sufficient. Click here to read the entire article, the third installment recapping top stories of 2017, as selected by Kearney Hub reporters and editors.
Photo: The skilled technology science wing of Central Community College’s new Kearney Center offers some of the most advanced manufacturing equipment to train students.
Credit: Kearney Hub
ALSO OF POTENTIAL INTEREST
CCC recognized for going green, by Julie Blum, Columbus Telegram Visitors at the Columbus campus can see some of the efforts undertaken in recent years to reduce the carbon footprint there, such as hybrid cars, electric maintenance vehicles, a bike-sharing station, water bottle station, landscaping with native plants and recycling bins. Across other Central campuses, there are composting sites, bee colonies and solar panels, and the campus in Hastings [added] a 1.7-megawatt wind turbine.
Each individual unit is comprised of 3–by–6 solar panels. There are approximately 40,000 panels that cover 5,000 parking spots and an overall area of about 45 acres of land, according to [physics professor and Office of the Executive Vice President Senior Consultant Wolfgang Bauer] These solar panels will save the university about $10 million in electricity costs over the next 25 years, according to Bauer, and those savings could be available for other things, including better instructional spaces or even paying for teaching assistants. Read more here.
Photo: New solar panels are installed on Michigan State University’s campus over the parking lot at Hagadorn and Service Roads. MSU’s 13-megawatt solar carports project is the largest in North America.
Operators of the state’s largest solar farm have yet to publicly market shares of the community solar project being built at Kearney’s technology park. But six months before Chicago-based SoCore Energy completes the project in Kearney, organizers have already landed a high-profile taker that will purchase more than half of the electricity generated by the $11 million project. The University of Nebraska at Kearney expects to get about 12 gigawatts of electricity a year from the 5.8-megawatt solar farm through its purchase of about 3,600 “shares” in the project. Continue reading.
Photo: Jon Watts, left, UNK’s vice chancellor for business and finance, with Kearney Mayor Stan Clouse. The solar farm is being built in Kearney. Credit: UNK Communications
By next year more than 20 percent of the electricity needs of the University of Minnesota will be powered by renewable energy. Over the course of the last several months, the university has inked a 10-year subscription to a new green tariff program developed by Xcel Energy. It joins a list of clean energy investments that includes a much bigger deal to purchase power from four community solar gardens for a combined total of 24.5 megawatts (MW) and construction on its own 2.25-MW solar program. Continue reading.
Image: Solar array on the University of Minnesota campus.
Arizona utility taps storage over traditional grid upgrade, Public Power Daily, American Public Power Association Blog. Arizona Public Service is installing a 2 MW, 8 MWh battery storage system instead of rebuilding about 20 miles of transmission and distribution poles and wires. It is the first time that APS, an investor-owned utility, has used energy storage as an alternative to traditional infrastructure, but it will not be the last, Scott Bordenkircher, director of transmission and distribution technology innovation and integration at APS, says.
CCC’s new Kearney Center a real gem
Kearney Hub Opinion
The 11 a.m. ribbon cutting will be followed by tours through 8 p.m. [New facilities in Kearney] include structures and installations such as the Health Science Education Complex at UNK, the 400,000-square-foot distribution center at Baldwin Filters, and SoCore’s 53-acre solar array that will be Nebraska’s largest when it goes online in January. Read more here.