by DWEA Site Admin | Aug 15, 2014 | News, Success Story
Pika Energy operated out of Ben Polito’s basement until one year ago. The company’s roots stretch even further back, with its true beginning in 2010, when Polito, company president, and Joshua Kaufman cofounded the company with support from local Maine investors. Now, Pika employs 10 people and is housed in a small commercial facility in Portland, Maine. Pika began to install turbines in the spring of 2014.
“We built a turbine suitable to power an energy-efficient home and we use the wind in combination with solar panels in a microgrid or hybrid energy system, which give you benefits from both the wind and the solar, to give more even power throughout the year and the day,” said Polito. “It’s important to have a steady flow of power, so the hybrid does a better job than either source by itself could do.”
Pika Energy is part of an even bigger movement revolving around the consumer and energy’s future. Until a few years ago, American manufacturing was viewed as a dying industry. Now, it’s still early, but Pika Energy is part of the change to bring jobs not only back to America, but to rural areas. “It’s still challenging, but people are seeing with the right, high-tech product that requires sophisticated manufacturing and top-quality people doing the work, responsive to the market, domestic-based United States manufacturing is in the early stages of what looks like a rebound,” said Polito.
A perfect fit for Maine
Their dream would not have been possible if Polito and Kaufman had not left their hometowns to attend the Massachusetts Institute of Technology. Both grew up in rural farm country, with Polito’s family working a farm on Georgetown Island, off the coast of Maine, and Kaufman’s family cutting wheat and seeing the possibility for wind energy in Kansas.
Returning to Maine to build the company was an obvious choice for several reasons. Wind energy is a rural technology, and Maine is not only a largely rural state, but offers a supportive local network that provides advice and financial help. Additionally, Polito is aware of the lack of quality jobs in Maine for those interested in technology. Pike Energy hopes to continue to grow, bringing people back to Maine who left because of the lack of technology-based opportunities. And, of course, there was the Polito family to consider. Four generations of the Polito family currently call Maine home.
As a child growing up without electricity, Polito built small wind turbines out of old motors and scrap wood. His experiments were a success and he was able to produce a small amount of electricity. “I was excited [to learn] how to make more. I wanted to learn how to build better wind turbines and make better electricity,” said Polito. “We had kerosene lamps for light and a hand pump for water out of the well and an outhouse instead of indoor plumbing, and you can imagine how cold that is in the middle of winter in Maine to go outside to use the outhouse. Electricity was this magical technology that I knew was out there that other people had that we didn’t have because we were so far outside of the beaten path.”
The end product
When electricity is readily available, appreciation is lost. One person, without electricity, would not be able to drive a car, produce heat for a home, or even shop for groceries. Energy multiplies a single person’s strength and ability. Being aware of the value and finding alternative means of providing energy plans for a future when fossil fuels are depleted. “In general, I think it’s one of the greatest challenges our world faces,” said Polito. “We’ve developed a dependency on having ample supply of cheap and readily available energy in order to do most of the things we all love to do, and right now, the vast majority of that energy comes from unsustainable, polluting sources that are increasingly becoming scarce and cause harm to the planet. For anyone who looks at the data, it’s obvious that we needs to transition to more sustainable sources.”
Polito has found that clients love making their own power and taking responsibility for their future. “It’s just fun and rewarding for people to make their own electricit,” he observes. “People feel dependent on a source of power they can’t control, and they worry that it won’t always be there. Making their own electricity from the wind and the sun helps them feel more independent, doing their part and taking control of their energy future.”
By Elizabeth Silverstein, guest writer for the Distributed Wind Energy Association
by DWEA Site Admin | Jul 15, 2014 | News
With Acquisition, Renewable Energy and Wireless Services Leader Becomes Ethos Distributed Solutions, Expands Operations to Nearly All 50 States
Ethos Distributed Energy and Rev1 Renewables have now joined forces to become Ethos Distributed Solutions. With the acquisition of Rev1 Renewables, Ethos solidifies itself as a leader in the installation, operations and maintenance of distributed renewable energy systems.
“We are really excited about the marriage of these two businesses,” says Paul Roamer, President of Ethos Distributed Solutions. “By combining resources and talent with Rev1 Renewables, this acquisition allows Ethos to provide competitive professional services nationwide and increase our effectiveness with our current clients. Additionally, our name change better reflects the inclusive spectrum of services we provide in both the renewable energy and telecommunications industry.”
Ethos leads the way in distributed maintenance, system upgrades and engineering consulting within the wind, solar and wireless markets. Adding the portfolio of projects from Rev1 Renewables compliments Ethos’ current work with renewable energy systems. Ethos currently serves 50 KW to 2.5 MW wind systems, solar systems up to 20 MW, and maintenance, repair, upgrades and installs for telecom clients.
Ethos is one of only a few companies operating in the nexus of renewable energy and telecom. The synergy in expertise and operational structure between the three business segments allows Ethos to efficiently schedule its field service crews throughout the United States, providing customers with superior technical knowledge and competitive pricing.
“We are very optimistic about our company’s future,” says Roamer. “The renewable energy market will continue to grow in the United States, and as these systems age, uptime and healthy operation of these assets will be of upmost importance. Likewise in telecom – with competition between carriers heating up, we see service upgrades occurring at a higher frequency than in the past. Protecting these renewable investments and maintaining the competitiveness of our telecom customers is where Ethos shines.”
About Ethos Distributed Solutions
Ethos was founded in 2009 in Colorado to provide cost-effective and reliable renewable energy solutions and support to distributed generation systems and telecom markets. Expertise and engineering backbone is what separates Ethos from other service providers. Our cross-training between renewable O&M and telecom creates a technical competency that is unmatched in the market. For more information, visit: www.ethossolutions.com.
Ethos media contact:
Paul Roamer, President
303-590-9423
proamer@ethossolutions.com
by DWEA Site Admin | Jun 30, 2014 | News
PNE Corp. was founded in 1989 with a vision to lead in construction, commercial electrical, industrial services and environmental solutions. PNE Corp. National headquarters is located in Longview, Washington and operates in national and international markets with seven different divisions offering diversification, strategic growth, and collaboration. PNE provides solutions across a wide range of industries and technologies.
PNE is a recognized innovator in design build projects, especially in the Distributed Wind arena. PNE Renewable Energy has completed design build wind projects for The Army Corp of Engineers, Universities, The U.S. Department of Labor, and others. Our network of experts reduce capital costs by streamlining the design, procurement, and construction processes. Our twenty five years of experience in logistical planning on projects across the United States has made us experts in managing and executing complex jobs.
PNE has developed budgets for projects from single turbines to 300 MW wind farms. We can take a project from an initial concept to a fully developed budget with conceptual drawings and preliminary engineering in a very short time and in most cases at no cost. We are committed to providing the highest satisfaction to our clients by bringing projects on time and under budget. PNE has managed some of the toughest projects in the roughest conditions, and live by our motto, “All About Solutions.”
PNE Corp: Project Overview
Andros Island, Bahamas
PNE’s Renewable Energy Division installed a 1MW wind turbine at the AUTEC Naval Facility on Andros Island in the Bahamas. This project presented incredibly difficult logistical challenges. All tools, machinery and parts had to be barged to the island from south Florida as well as from international locations. Even the rock for the site had to be barged in. The mobilization of the crane and other heavy equipment was only one of the many difficulties this project presented. Extreme weather conditions, limited local resources, and exacting mechanical and electrical requirements made this installation a challenge by any standard.
Before this turbine was installed the Navy base was dependent on four diesel generator for all of their growing energy needs. The energy produced from this project will help the Navy not only meet the increased clean energy requirements from the federal government, but also help them to reduce their cost of electricity and increase their energy independence and security.
Fort Hays State University (FHSU), Hays Kansas
PNE Corp has helped FHSU save up to an estimated $1 million per year with the installation of the first two V100-2.0MW VCSS to be constructed in North America. Built off of a proven 2MW platform, the new turbines use Vestas’ latest technology. Unlike many turbines of this size, each blade had to be craned independently and installed onto the nacelle over 400ft above the ground. In addition to the turbine installation, PNE constructed 3.5 miles of underground transmission cable as well as fiber-optics for monitoring and system controls so the university can provide electronic load management and automation. The university will also be able to further maximize the energy they produce by managing excess power and electricity exportation based on demand and time of day. FHUS is developing a renewable energy educational program to coincide with their wind system and will soon be integrating two 1MW battery cells to support their on-site micro grid.
by DWEA Site Admin | May 30, 2014 | News
New legislation expands limits on small wind ITC to include broader distributed wind industry
Washington, DC – Today, Representatives Earl Blumenauer (OR-03) and Tom Cole (OK-04) introduced the Rural Wind Energy Development Act to provide an investment tax credit to ranchers, farmers, and small businesses to offset the up-front costs of owning a distributed wind turbine. This modest expansion of current law will keep small business energy jobs growing across the United States.
Distributed wind projects are present in all 50 states, providing clean, homegrown, affordable power and economic development across the United States. These systems are commonly, but not always, installed on residential, agricultural, commercial, industrial, and community sites and can range in size from a few-hundred-watt, off-grid turbine at a remote cabin or a 5-kW turbine at a home to a multi-MW turbine at a manufacturing facility.
“I applaud Representatives Blumenauer and Cole for their leadership at this critical time for our industry,” said Jennifer Jenkins, Executive Director of the Distributed Wind Energy Association. “This industry is bigger than just one job or one type of turbine. We have an entire supply chain here in the U.S. providing parts for a wide range of distributed wind systems, while employing Americans and providing American-produced electricity. This legislation will provide stability and certainty for the entire distributed wind market and allow this American success story to go on.”
The Congressmen issued the following statements earlier today:
“Community wind energy not only creates American-produced electricity, but American jobs as well,” said Blumenauer. “Approximately 90% of distributed wind turbines sold in the U.S. are made here, according to domestic manufacturing content, creating non-exportable, family wage jobs.”
“I am pleased to once again work with my friend and colleague in furthering the success of the same credit we worked to create in 2008,” said Cole. “Not only does the credit play an important role in encouraging and developing an all-of-the-above energy approach for our nation, but it also ensures that America continues to be a leader in innovation. By modestly increasing this credit, we can continue to encourage economic development, especially in our rural communities.”
The existing investment credits, which may be taken in lieu of the federal Production Tax Credit for large-scale wind projects, have worked very well, but are too limiting. This bill strikes the existing 100 kilowatt nameplate limitation for small wind systems, and expands the maximum wind turbine size to 20 megawatts, in line with the Federal Energy Regulatory Commission definition of distributed wind power.
This will provide stability and certainty for the distributed wind market and unlock the necessary investment to grow our global leadership role in distributed wind power, while helping Americans take advantage of clean, renewable, affordable power.
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About the Distributed Wind Energy Association
The Distributed Wind Energy Association is a collaborative group comprised of manufacturers, distributors, project developers, dealers, installers, and advocates, whose primary mission is to promote and foster all aspects of the American distributed wind energy industry. Distributed wind is the use of wind turbines at homes, farm and ranches, businesses, public and industrial facilities, off-grid and other sites connected either physically or virtually on the customer side of the meter to offset all or a portion of local energy consumption or to support grid operations. DWEA seeks to represent members and associates from all sectors with relevant interests pertaining to the distributed wind industry. For more information on DWEA, please go to www.distributedwind.org. Follow us on Twitter @DWEA and like us on Facebook
For more information
Lauren Glickman, Communications Manager
Lglickman@distributedwind.org,
by DWEA Site Admin | May 13, 2014 | News
FOR IMMEDIATE RELEASE
May 13, 2014
DWEA to launch Strategies for Manufacturers Advancing Research and Technology (SMART) Wind Consortium, craft technology Roadmap
The U.S. Department of Commerce’s National Institute of Standards and Technology (NIST) announced that the Distributed Wind Energy Association, supported by eFormative Options and Wind Advisors Team, was awarded a 2-year grant to form a consortium of distributed wind energy equipment manufacturers, suppliers, customers, and university researchers and develop a roadmap to identify common manufacturing gaps, prioritize actions to close these gaps, and foster rapid transfer of solutions.
“Our vision is to leverage industry-academic dialogue to develop strategies to aid distributed wind industry growth and advance innovative manufacturing techniques by increasing production volumes and reducing lifecycle costs while maintaining high quality,” said Jennifer Jenkins, Executive Director of DWEA. “As both developing and industrialized nations seek to address climate and economic challenges, the U.S. distributed wind industry stands poised to provide cost-effective solutions and claim its share of a projected $2 trillion global market.”
“In order for the U.S. distributed wind industry to remain leaders in this important space, it is critical that we increase collaboration and improve product offerings through the advancement of technology while driving down component costs,” said Troy Patton of Northern Power Systems. “This new Consortium will allow us to share ideas and forge ahead as global leaders in the growing market of distributed wind.”
“I’m thrilled to be leading such an important effort to improve competitiveness and drive down costs of wind projects installed behind the meter,” said Heather Rhoads-Weaver of eFormative Options. “This project will bring together all the critical stakeholders in our industry to help U.S. distributed wind turbine and component manufacturers–and members of the entire value chain–maintain their edge in a growing global market.”
NIST has developed in interactive map showing initial SMART Wind project partners, which DWEA will update as the Consortium develops.
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About the Distributed Wind Energy Association
The Distributed Wind Energy Association is a collaborative group comprised of manufacturers, distributors, project developers, dealers, installers, and advocates, whose primary mission is to promote and foster all aspects of the American distributed wind energy industry. Distributed wind is the use of wind turbines at homes, farm and ranches, businesses, public and industrial facilities, off-grid and other sites connected either physically or virtually on the customer side of the meter to offset all or a portion of local energy consumption or to support grid operations. DWEA seeks to represent members and associates from all sectors with relevant interests pertaining to the distributed wind industry. For more information on DWEA, please go to www.distributedwind.org. Follow us on Twitter @DWEA and like us on Facebook
For more information
Lauren Glickman, Communications Manager DWEA
Lglickman@distributedwind.org, 504-258-7955
