The US Defense Logistics Agency yesterday announced a slew of major contracts for the purchase of jet fuel. The contracts are valid through April 30th 2015 and the money will come from fiscal 2014 defense working capital funds. Fifteen different companies – ranging from the world’s largest international oil companies including supermajors ExxonMobil and Shell… Keep reading →
Global benchmark oil prices crept up to two-year highs over the past week or so as tensions in the Middle East and North Africa flare. US intervention in Syria currently awaits a congressional vote, so what will that decision likely mean for near-term price trajectory? It appears the geopolitical risk premium is mostly factored in… Keep reading →
by Pete Danko Fuel cells are not a renewable energy source, of course, although they can be tied to renewable energy. But even using fossil fuels their ability to produce electricity through an electrochemical process – instead of combustion – can make them flexible, relatively clean and efficient energy producers. And quiet, too, the U.S.… Keep reading →
The US warfighter of today is wired. And batteries have to be included.
Enter SWIPES. Keep reading →
US President Barack Obama (L) and Senate Majority Leader Harry Reid (R) tour Photovoltaic Array at Nellis Air Force Base in Las Vegas, Nevada, May 27, 2009 with Base Commander Colonel Howard Belote.
According to researchers at the U.S. Naval Research Laboratory (NRL), one of the Marine Corps’ most significant challenges is finding a way to provide reliable electricity to soldiers in forward operating bases. Like the rest of us, the U.S. military is desperate for ways to reduce its fuel and battery consumption. It’s widely recognized that solar panels are one of the only technologies that can provide a portable, affordable source of power to those on the front lines. Keep reading →
No one ever said training for battle was easy, nor energy-efficient. The “Battle Lab” is a U.S. military facility in New Jersey where more than 20,000 soldiers prepare and train for battle. The lab includes shooting ranges, vehicle rollover trainers and other high-tech simulators. But those high-tech tools suck up millions of kilowatts of power.
Now, more than a quarter of the training facility’s power is being provided by renewable energy sources. The Army Corps of Engineers along with the help of contractor P & S Construction helped complete a solar power project onsite at Joint Base McGuire-Dix-Lakehurst. Photovoltaic solar panels were mounted to the roof of the Battle Lab, covering approximately 71,000 square feet. Keep reading →
What’s big, green and set to save taxpayers money over the course of the next 30 years? A new 3.4 megawatt (MW) solar power installation at Edwards Air Force Base in Southern California, that’s what. Comprising three ground-mounted, single-axis tracking solar farms, the system was built and is owned by Borrego Solar, which will sell power to the military base under the terms of an in-house power purchase agreement (PPA).
“Our utility bill can range anywhere from $15 million to $18 million a year and our utility bills for the summer actually double, but our consumption only goes up 3 percent,” said James Judkins, 95th Civil Engineering director, Edwards Air Force Base, in a statement. “What we’re trying to do (with this project) is not so much conserve energy, but save money.” Keep reading →
Much like microwaves and satellites, the US military could serve as an incubator for hydrogen fuel cell vehicle technology, helping it advance to a point where it can stand on its own in the global marketplace. In one of the latest examples of the private sector collaborating with the military on new technologies, General Motors and the U.S. Army, Pacific recently launched a 16 hydrogen fuel cell vehicle fleet in Hawaii.
The US Army views this as a worthwhile investment because its desire to reduce fossil fuel reliance, which can be a security concern. The contract is for a fleet of administrative vehicles that will be driven on base and around Oahu. Keep reading →