When someone considers purchasing a photovoltaic (PV) system to offset their electric bill, one of the first steps they take is to contact a vendor and pay for a site assessment. The assessor performs many steps, including an electric load evaluation, a visual property inspection, a shading analysis, and a financial assessment. This process helps to determine the size of the array, the optimal location for solar panels and “balance of system” equipment, the payback period, and the return on investment. While detailed assessments are crucial to a well-designed and cost-effective system, a ballpark estimate can determine whether it’s worth doing the complete site assessment. Engineers frequently do “back of the envelope” calculations to determine overall feasibility; if the ballpark figures look reasonable, then the detailed analysis will follow. If not, the idea is scrubbed and no time is wasted doing a thorough assessment. http://bit.ly/1zKaX6P
“We are citizens who lobbied our legislators in support of the recently tabled bills that would have expanded opportunities for individual Montanans to generate renewable energy for their homes or businesses. Known as “net metering,” our proposals would have removed needless legal barriers so that on-site renewable electrical generation could be less costly and more accessible to all Montanans.”
You’ve turned off the water, but have you drained the system? #PropMgmt
This exclusive study will bring together a consortium of utilities, project developers, software and hardware providers, and other key microgrid and nanogrid stakeholders, to:
Discuss best practices and forward-looking business models
Explore regulatory frameworks that can facilitate market growth
Collaborate with industry peers and develop lasting relationships with key partners across the small grid industry in a close, collegial and low risk environment.
Providing access to a high-level team of Navigant small grid subject-matter experts in a casual, in-person group setting, the study will provide answers to the following questions:
What are the most promising economic models for financially sustainable microgrids and nanogrids?
What are the key technologies (and key vendors) playing or emerging in the small-grid sector?
What are the critical deployment issues and opportunities particular to small-scale grids?
What are the primary microgrid/nanogrid growth drivers, markets, and segments?
Marketing is moved to the experience zone. We can see commercials where a guy is hanging out with friends at a bar and all of a sudden he’s having the best time of his life. That’s a beer commercial. Companies are trying to marry the brand, the product to an experience. So what’s the solar experience?
If I had to describe for you the Solar Experience, it would start with a scene of a woman’s hand plugging an appliance into a electrical outlet, while in the background, through a window the sun is rising. In a sun drenched bathroom, the husband is shaving. The children are typing on iPad, and watching cartoons. The house has a lush garden, there’s an EV sitting in the garage, plugged in and charging. Then the camera pans to the electrical meter and it’s not moving.
Currently there is no Solar Experience unless your neighbor has one, or you use those little garden lights, or a mobile solar charging mat. What is should be is freedom, airiness, a feeling of detachment, and powerful – electrical, sustaining and enduring.
Engineering standards for designing buildings and structures to safely withstand wind load are highly complex. In this course Dr. Emil Simiu, fellow at the National Institute of Standards and Technology (NIST), will provide structural and architectural engineers with the practical knowledge and tools needed for the design of structures for wind loads. Taking an intuitive approach, Dr. Simiu uses real-world examples and studies to demonstrate how to interpret and use the provisions of the ASCE 7-10 – standards developed by the American Society of Civil Engineers to identify minimum design loads. He will also cover issues with aerodynamic testing in wind tunnels and how to interpret those reports as well as the modern capabilities of database-assisted design.
Power-related construction spending grew 1 percent for the month (December), but is 8.3 percent lower than the same time one year ago.
ABC Construction Economic Update http://www.abc.org/
Worry for Solar Projects After End of Tax Credits – NYTimes.com
This is probably the worst time for tax credits for renewable projects to end, as major energy producers scale back construction plans due to lower oil prices. Though peak production has not made renewables any more popular, looking at the whole picture – America’s energy needs, slow steady growth in the background is how solar would have eventually beat the hare. How convenient is it for oil that renewables’ growth would be hampered at such a time as this.
There is also a possibility that further deterioration in energy construction could derail a recovering economy. There have been serious adverse affect to not only to construction companies, real estate in neighboring municipalities but construction equipment manufacturers have suffered as well.
Do only bright spot:
Transmission Line That Could Bring Wind And Solar Power To Millions In West Gets Go-Ahead | ThinkProgress
As I mentioned in October 2014, HVDC are the probably the only projects that we’ll be seeing in the future. Why? Because they’re independently owned, and the present a cost advantage to utilities: no construction, maintenance or liability. And none of the regulatory hurdles that utilities would like to avoid while they apply for rate increases to combat Solar.
“NEW YORK — Eos Energy Storage (“Eos” or the “Company”), a developer and manufacturer or grid-scale battery systems, today announced a private placement with AltEnergy LLC. Eos expects to receive $15 million in gross proceeds from the private placement and plans to place an additional $10 million with accredited investors for total gross proceeds of $25 million.