Archive for Training

Master Limited Partnership Parity Act – What It’s All About

In the race to capture the economic benefits of the growing clean energy sector, the Master Limited Partnership Parity Act would provide an opportunity for U.S. businesses to mobilize private capital and better compete. It would provide the same tax treatment for investments in clean energy and fossil fuels . Sen. Chris Coons (D-DE) introduced the bipartisan bill today with original co-sponsors Jerry Moran (R-KS), Lisa Murkowski (R-AK), and Debbie Stabenow (D-MI). Congressmen Ted Poe (R-TX), Mike Thompson (D-CA), Peter Welch (D-VT), Chris Gibson (R-NY), and Cory Gardner (R-CO) co-sponsored companion legislation in the House.

“We applaud this bipartisan group of co-sponsors on the introduction of the Master Limited Partnership Parity Act,” says Phyllis Cuttino, director of Pew’s clean energy program. “Our research indicates that nations with consistent, transparent clean energy policies do better in attracting private investment.”

If approved by Congress, this tool could lower financing costs for clean energy projects, some by as much as 50 percent, according to Recycled Energy Development, a waste energy power producer. The market value of the master limited partnerships has grown to about $370 billion The bill is supported by clean energy businesses (PDF), labor and environmental groups, and policy organizations.
A master limited partnership is a business structure that has the tax advantages of a partnership but whose ownership equity can be traded as easily as public stock. Energy projects qualifying as a master limited partnership have access to low-cost capital and liquid investment opportunities as well as a relatively high rate of return for investors. Master limited partnerships have existed since 1981 and are available to investors in fossil-fuel extraction and pipeline projects.

By expanding the list of qualifying projects to include solar, wind, geothermal, and other clean energy and transmission technologies, renewable-power projects could access new financing markets, thereby increasing investment and deployment of these clean technologies.

original article

Returns on investing in solar has banks and investors funding distributed solar

SLevy: Distributed solar is disruptive to electric distributors, especially in regions with high power rates. Solar will accelerate installations, a fact that must be factored into the future business plans of our distributors here in the valley. To support this statement Edison Electric Institute recently published a report entitled “Disruptive Challenges: Financial Implications and Strategic Responses to a Changing Retail Electric Business.” TSEA offers distributors its services in understanding the impact and has suggestions towards solutions to avoid faced with unpleasant alternatives.

There were a record number of solar panels installed in the U.S. on rooftops and on ground-mounted systems in 2012. Now both traditional financing companies and new types of investors are starting to get in on the trend of providing the funds for the high upfront costs of installing solar panels, in exchange for making some money back several years down the road. But the potential to make money in this way has only just started.

Solar leases are a contract between the building owner and SolarCity, whereby SolarCity pays the upfront cost of installing the system, owns and maintains the panels, and the building owner pays for the monthly electricity for the power from the panels over around 20 years. As Ucilia noted on GigaOM Pro today, the residential solar leasing market alone is expected to grow from $1.3 billion in 2012 to $5.7 billion in 2016, according to GTM Research.

SunPower said earlier this month that demand for its residential solar leases is far greater than the money available to finance them.

It’s not just banks and corporate do-gooders that want the opportunity to make a decent return — some 10 to 12 percent in some cases. Crowd-funding is starting to appear as an interesting blip on the radar. Startup Solar Mosaic says that it’s now raised $1 million from its crowd-funders for its solar panel systems, which offer around a 4.5 percent annual yield.

original article

FREE WEBINAR: Best Practices for Effective Energy Efficiency Program Design: From Strategy to Savings

DATE: Wednesday, May 15, 2013
TIME: 1:00 PM ET/10:00 AM PT  

Please join Nexant, Greentech Media, PacifiCorp, and Santee Cooper as we discuss best practices for effective energy efficiency program design, including utility program case studies.  The changing landscape of demand side management (DSM) energy efficiency programs requires utilities to leverage a combination of industry best practices and innovation in technologies to successfully plan, design and deploy DSM programs.  Join us for this one hour webinar to learn about: 
· Effective DSM program design and why it is important
· Defining a program’s success while identifying barriers and challenges in the marketplace
· Meeting compliance requirements and energy savings goals
· Managing increasingly complex programs in a cost-effective manner
· Improving customer and trade ally engagement, satisfaction and participation

Registration Fee: Free

Many types of professions install solar systems

There is the belief that solar installations are limited to a few companies that only deal in solar. That is not the case as illustrated by the following article that describes the various occupations involved in solar construction.

The primary industry begins with solar contractors, and then branches out to electrical contractors and plumbing contractors. General contractors and roofing contractors are also involved in solar installations. Because solar PV is electrical and solar hot water is plumbing-related, the industry sees a lot of participation from plumbing and electrical contractors.
Solar contractors operate independently or in conjunction with other contractors, such as roofers. Every project is different, so who is involved depends on the size and scope of a project. A typical solar contractor can handle a small residential system from start to finish. A large utility-scale project may involve coordinating with a roofing manufacturer or general contractor.
Companies in this sector employ many electricians, but also plumbers, roofers and general construction labor. Given that every project has unique characteristics, every project requires a slightly different skill set. For photovoltaic, the main skill set is electrical. For larger scale projects, a need for steel or concrete professionals or roofers may present itself.The first step to any installation project is engineering, followed by permitting and procurement and installation.

the original article

With so many occupations associated with solar installations the job market is wider in scope than most people realize. Tennessee has enough sunlight to warrant adopting solar both for large farms and distributed solar within our communities. With the price for large installations at prices competing with fossil-fueled power generation, with the advantages of no fuel cost and the environmental benefits – what is stopping our national leaders from promoting this technology? That is a question that only they can answer.

Free Small Business Innovative Research Funding Workshop May 22, 2013

“Introduction to SBIR/STTR Funding” Workshop

Please see information below on SBIR workshops across Tennessee – May 20, 22, 23 2013. Registration links are provided. The workshops will be in Jackson, Knoxville and Johnson City.

Jackson Chamber May 20th from 8:30 am until 3:00 pm
197 Auditorium St
Jackson, TN 38301

Knoxville Entrepreneur Center May 22nd from 8:30 am til 3:30 pm
17 Market Square, Suite 101
Knoxville, TN 37902

ETSU Innovation Lab, Training Center May 23, 2013 from 8:30 am til 3:30 pm
2109 West Market Street
Johnson City, TN 37604

This workshop provides a thorough introduction to the SBIR/STTR programs and will highlight funding opportunities.

Mark Henry, founder of Grow Emerging Companies, LLC, will present this free workshop for local researchers & business partners interested in learning about SBIR/STTR funding opportunities. Registration is free & Lunch will be provided.

Seats Are Limited – Click Here To Register Today!

For more information, contact:
Michael Carroll, michael.carroll@knoxec.net | Katie Connell, katie.connell@knoxec.net
Jim Stefansic, jim@launchtn.org

For questions regarding registration, please contact Patty Wells at patricia.wells@tennessee.edu or (615) 253-6371

Robots Install Solar Panels Reduce Installation Costs

Automation Needed for Large Solar Farms


Companies such as PV Kraftwerker and Gehrlicher in Germany are developing mobile robots that can automatically install ground-mounted solar panels day and night, in all sorts of weather. PV Kraftwerker’s robot is designed to assemble power-plant-grade solar panels, which are four times the size of the ones you’d see on a home.

The main idea is to save money on labor, which accounts for a growing fraction of the cost of solar power as panels get cheaper. According to PV Kraftwerker, a construction firm specializing in solar parks, installations that used to require 35 workers can now be done with just three workers in an eighth the time.

For a 14-megawatt solar plant, the company estimates, it might cost about $2 million to install the panels manually. Using the robot could cut that cost by nearly half. The company says that the robot, which lists for $900,000, could pay for itself in less than a year of steady use.

PV Kraftwerker built its robot from off-the-shelf Japanese components. The machinery consists of a robotic arm mounted on an all-terrain vehicle with tanklike tracks. Suction cups grip the glass face of the solar panels and the arm swings them into place, guided by cameras that give the robot a three-dimensional view of the scene. See a video on an interview with PV Kraftwerker

So far, the PV Kraftwerker robot can only do one thing: lay panels on a metal frame that humans have already installed. Two people walking along beside the robot screw the panels to the frame and make electrical connections.

Yet robotic installation may become more common as other components get adapted to automation. PV Kraftwerker and other companies are also developing robots that, guided by GPS, can pound poles into the ground and then mount panels on them, eliminating the need for workers to install frames. Newer solar modules can be snapped or glued into position instead of being screwed in. Special plugs could even allow robots to make the electrical connections (see “New Solar Panel Designs Make Installation Cheaper”).

Original article

comment: The ‘sweet spot’ for solar PV today is large solar farms. Farms in the multi-megawatt size constructed on large ground based sites. Combined with pumped storage these power generators would be a dispatchable power source at a competitive cost with other non-polluting electric power generation. Automation is the key to reducing the overall cost. Robotic technology could really shrink the installation cost to a fraction of what it presently costs using existing installation methods.

Take a Lesson from Gary Wolf

Original site for downloading

Solar PV Training in Knoxville Saturday May 11th

John Kemmery, our latest business member, is hosting a solar PV training workshop at the Jubilee Banquet Hall, 6700 jubilee Center Way, Knoxville for the beginner planning to break into Sales or Installation. The workshop schedule is below:
8 am – 8:30 am Registration
8:30 am Introduction and Overview with films and slides
9:30 – 10 am Systems available by John Kemmery
10:00 am – 11:00 am System Sizing with Garret Hendrix PE
11:00 – 12:00 Requirements for Connection to the Grid (John Kemmery and Garret Hendrix)
12:00 – 1:00 pm Lunch
1:00 – 2 :00 pm Newest developments; Best choice options (John Kemmery)
2:00 – 4:00 pm Comprehensive off grid Program Design, sizing including proper equipment selection
4:00 – 4:30 Open discussion

Cost for an individual is $90.
Cost for two or more reservations is $80 each

Who should attend?
Green businesses
Engineers planning to be working with PV equipment
Architects
Contractors planning to add PV installing to their business
Homeowners thinking about adding solar for their home
Business owners planning for a future PV system
Electricians needing the tools and information to be successful in expanding into PV
Sales people needing an understanding of PV in order to sell PV systems
Anyone wishing to learn the newest advancements

Empowered by the Past: Red State Co-ops Go Green

Charles Cotton never gave much thought to the fact that he owns a piece of Jackson Energy Cooperative, the utility that delivers power to his home in Berea, Ky. But last November, Cotton’s membership paid off in a way he hadn’t expected: The cooperative gave him an energy upgrade, installing a plastic moisture barrier underneath his house and replacing his old furnace with an efficient heat pump. Jackson Energy’s status as a cooperative led directly to Cotton’s retrofit. It is one of four rural electric cooperatives participating in a pilot program called How$martKY, run by the Mountain Association for Community Economic Development (MACED). The program will let Cotton slowly pay back the cost of the retrofit: His bill is smaller than before, but he’s actually paying a bit more than the cost of the electricity he uses. The extra charge is how he repays the cost of the retrofit. It’s a scheme called on-bill financing—a way for people of all financial backgrounds to reap the benefits of energy efficiency without a big up-front cost.

more

Citigroup: How solar module prices could fall to 25c/watt

Energy analysts at global investment bank Citigroup suggest that the cost of solar PV modules could fall beyond most expectations in coming years – and reach a cost of just 25c a watt by 2020. The US Department of Energy, for instance, says its Solar Sunshot program aims to get the cost of solar PV down to $1/watt by 2020 (50c/W for the modules, the rest in balance of systems costs) – a situation that would deliver energy at a levelised cost of around $60/MWh, making it cheaper than new coal and gas-fired generation.

Bloomberg New Energy Finance makes a similar forecast. Greentech Media recently lowered its forecast for solar modules to 42c/W by 2015. On the other hand, Australia’s official government forecaster, The Bureau of Resource and Energy Economics, suggests that the starting point is higher than most current estimates, and predicts solar PV will not fall much below $140/MWh by 2020, and then make little progress over the following decade.

Citigroup’s report paints a very different picture in the two scenarios painted by the Citi team led by Jason Channell.