WAPA’s Renewable Resources Program co-sponsors workshop on tough solar-program challenges

June 7-8, 2017
Golden, Colorado

What is the toughest challenge for an electric cooperative or public power utility in planning for community solar? Many utilities say it is solar resource procurement; for others, the top challenge would be pricing that works for both the utility and the customer, and turning that into a program offer. The Community Solar Value Project You are leaving WAPA.gov. (CSVP) and WAPA’s Renewable Resources Program have heard these frequently cited concerns, and they are responding with a new, one-and-a-half day workshop, Community Solar Procurements, Programs and Pricing, on June 7-8 at the WAPA Electric Power Training Center in Golden, Colorado. Registration You are leaving WAPA.gov. is free and targeted at utilities in the West, whether they are in states like Colorado that have guiding community solar legislation or states in which community solar is an option that requires utility leadership and innovation.

Jill Cliburn explains how the Community Solar Value Project is working to improve the community-scale solar model.

Jill Cliburn explains how the Community Solar Value Project is working to improve the community-scale solar model. (Photo by Community Solar Value Project)

According to Jill Cliburn, program manager for CSVP, this event will be the culmination of a two-and-a-half-year investigation into utilities’ best practices and innovations in community solar. Community solar, or community shared solar, describes a range of programs that allow customers to share, usually by a per-kilowatt-hour subscription or by leasing or buying panels, in a relatively large solar project, regardless of their ability to host a typical rooftop solar system. Projects are currently in place in 29 states, with the total market expected to grow by 20 percent or more annually.

This workshop will feature speakers from utility-led community solar programs, such as those at Sacramento Municipal Utility District You are leaving WAPA.gov. and Pedernales Electric Cooperative. You are leaving WAPA.gov. Thought leaders from CSVP’s own expert team, Navigant Consulting, You are leaving WAPA.gov. the Regulatory Assistance Project You are leaving WAPA.gov. and Rocky Mountain Institute You are leaving WAPA.gov. (RMI) will also speak. RMI’s successful Shine Project recently demonstrated ways to dramatically lower local solar procurement costs, whether for community solar programs or other utility needs.

“We’re also making time for participants to share their own unique challenges and solutions, so everyone will leave the workshop with actionable notes and resources,” Cliburn said.

Working with a utility forum group of about 10 utilities in the West, CSVP has put emphasis on practical solutions. For example, the project’s approach to pricing begins with streamlined utility-side economic analysis, but takes into account the market-target price required for program success. CSVP also has introduced new ways to package community solar with other utility program offers. And the project has published easy-to-use resource guides and checklists to help keep other tasks, from market research to completing the project RFP and procurement, on track and on budget.

Community Solar Procurements, Programs and Pricing begins at 3:00 p.m. (MDT) on Wednesday June 7, with a “lightning round” of community solar best-practice presentations and a quick tour of WAPA’s grid simulator, followed by a cash-bar networking reception. On Thursday June 8, the workshop convenes from 8 a.m. to 5 p.m., with lunch and breaks included. There is no cost for utility representatives to participate in this workshop, thanks to CSVP sponsorship by the U.S. Department of Energy SunShot Initiative and Solar Market Pathways Program and workshop co-sponsorship from the WAPA Renewable Resources Program and Extensible Energy, LLC, You are leaving WAPA.gov. the prime contractor for CSVP. Participants only cover travel and hotel costs and incidentals. For more information, see the registration website or contact workshop coordinator Nicole Enright.

Butler County REC tests water for solar energy

Iowa leads the nation in installed wind capacity—only Texas ranks higher—but lags at 34th for installed solar, leaving utilities like Butler County Rural Electric Cooperative You are leaving WAPA.gov. (REC) facing a learning curve. To fill in some of those knowledge gaps, the cooperative launched a demonstration project in late January that will allow it to collect data about solar energy and pass it on to its members.

Butler County REC chose a Duo High-Density system that features both north- and south-facing panels for maximum generation.

Butler County REC chose a Duo High-Density system that features both north- and south-facing panels for maximum generation. (Photo by Butler County Rural Electric Cooperative)

It was growing consumer interest that led to the project, according to Craig Codner, Butler County REC chief executive officer. “As our members continue in the direction of having more interest in renewable energy, we want to share accurate information with them,” he explained. “We want to help members make informed decisions.”

Putting it together
The exploration began with the selection of a 230.6 (kW) direct-current (DC)/147-kilowatt (kW) alternating-current solar array manufactured by Ten K Solar You are leaving WAPA.gov. of Minnesota. Codner said the co-op board chose the Duo High-Density system because it was designed for maximum energy generation and has an excellent warranty.

The system’s wave format features both north- and south-facing modules, increasing the opportunity for demand reduction. The north-facing modules will generate more electricity earlier and later in the day, while the south-facing units will produce higher amounts in the middle of the day, increasing the energy per square foot.

A crew from Western Iowa Power Cooperative installed the system at Butler County REC’s warehouse in Horton, north of Waverly, Iowa. The system is interconnected to Butler County REC’s distribution system with bi-directional metering, rather than net metering. The electricity offsets energy and demand at a rate contracted through Corn Belt PowerYou are leaving WAPA.gov. Butler County REC’s generation and transmission provider.

The co-op expects the arrays to generate about 268,000 kilowatt-hours per year, or enough to serve approximately 15 to 20 members annually. Members and co-op employees can monitor the solar project’s real-time output through a web-based kiosk.  You are leaving WAPA.gov. Codner said that there are plans to add an educational video to the website, as well. “One of the main reasons for the project is to help members understand solar better, how things like cloud cover or particulates in air affect capacity factor,” he explained.

Paying for experience
The project’s total cost of approximately two dollars per DC watt is partially funded by a $20,000 Rural Energy for America Program (REAP) grant, New Clean Renewable Energy Bond (CREB) financing and a federal tax credit.

This was the first time Butler County REC received REAP funding, offered through the U.S. Department of Agriculture. Applying for the REAP grant and for New CREB financing from the National Rural Co-op Finance Corporation You are leaving WAPA.gov. was a labor-intensive experience, Codner acknowledged. “I would advise co-ops to look carefully at all their financing options when they undertake a renewable energy project,” he said. “Self-financing avoids a lot of paperwork.”

Continuing renewables support
The new solar array may be Butler County REC’s first foray into utility-owned renewables, but the co-op has offered members the opportunity to support member-owned clean energy projects since 2006. The Energy Wise Renewables program initially supported only wind projects but has been expanded to include solar and other types of generation that enhance the traditional electric power supply. Codner estimates that there are 350 to 500 kW of solar interconnected to the co-op’s system.

Butler County REC is absorbing the solar project’s cost rather than using Energy Wise dollars to offset it, Codner added. “We decided that those dollars should go to member projects as originally intended,” he said.

Looking ahead
Now that the solar system is operational, Butler County REC is planning an open house to let members get a closer look at the project and ask questions. Codner is looking forward to testing manufacturer claims about the equipment and learning more about interconnection, operation and maintenance. “Safety—for members and our employees—is our No. 1 concern,” he stated.

If all goes well, the co-op board of directors is considering several possible locations for installing a second array in 2017. This second project may be a community solar initiative that would offer subscriptions for sale to members at a set rate for a certain period of time.

So far, the projects on Butler County REC’s system have been smaller ones that are most cost effective if the generation is consumed on site. But good customer service is about preparation and innovation. Butler County REC is taking steps today to make sure it is ready for whatever is coming tomorrow.

Source: In Touch newsletter, February 2017

IREC releases new shared renewables program guide

Artwork by Interstate Renewable Energy Council

The national market for shared renewable energy programs has grown significantly since the Interstate Renewable Energy Council You are leaving WAPA.gov. (IREC) published its Model Rules for Shared Renewable Energy Programs in 2009 and the update of those rules in 2013. Today, interest in shared renewables is growing, along with many more mandatory statewide and voluntary utility programs. To stay current with those industry changes, IREC has released the updated Five Guiding Principles for Shared Renewable Energy.

While many of the original principles remain, the modifications are intended to reflect evolutions in the market, as well as the insights IREC has gained from working with states creating the earliest shared programs. These guiding principles highlight the benefits of shared renewable energy programs to participants, the renewable energy industry, utilities and all energy consumers.

The new Five Guiding Principles are also intended to broadly define what constitutes a shared renewable energy program with a focus on the consumer experience. IREC defines “shared renewable energy” or “shared renewables” programs as programs that enable multiple customers to share the economic benefits of one renewable energy system via their individual utility bills (typically through bill credits). Other “community” renewables programs, such as green tariff shared renewables, group purchasing or aggregate net metering programs are not included under the definition.

The five principles in summary are:

  1. Shared renewable energy programs should expand renewable energy access to all energy consumers, including those who cannot install renewable energy on their own properties.
  2. Shared renewable energy programs should provide a fair value proposition to participants and tangible economic benefits on their utility bills.
  3. Shared renewable energy programs should be consumer-centric and accommodate diverse consumer preferences.
  4. Shared renewable energy programs should encourage fair market competition.
  5. Shared renewable energy programs should be additive to and supportive of existing renewable energy programs, and not undermine them.

Additional IREC resources on shared renewable energy programs include:

Source: Interstate Renewable Energy Council, 2/15/17

DGIC announces new website, case studies, webinar schedule

Artwork by Distributed Generation Interconnection Collaborative

Utilities faced with questions posed by the growth of residential photovoltaic (PV) systems and the emergence of battery storage can find answers with the Distributed Generation Interconnection Collaborative (DGIC). This forum enables electric utilities, solar industry participants and other stakeholders to exchange best practices for distributed PV interconnection.

Now in its fourth year, the DGIC has updated its website to make it easier for visitors to find exactly what they are looking for. Content is organized by four topic areas:

  • Data transparency
  • Business models and regulation
  • Application processing
  • Analytical methods for interconnection
  • Technology solutions

Webinars, reports and blog articles are just a click away, and DGIC can easily add the latest research on distributed generation coming from the National Renewable Energy Laboratory. You will want to bookmark the new website and visit regularly to check for updates.

Suggest case studies
Do you know of an organization doing high-quality, innovative work on the interconnection of distributed generation? You can nominate that organization to be profiled in a series of case studies DGIC is planning to produce. The case studies will extend DGIC’s peer exchange beyond the webinar format to highlight leading practices in the field.

Help DGIC identify industry leaders by submitting your nominations by April 30. The nomination form will remain open after that date but only nominations received by the deadline will be considered for completion in 2017.

Attend webinars
The DGIC webinar schedule for 2017 has been released and it showcases a diverse array of topics and expert speakers from utilities, research organizations and other industry participants.

The peer exchange events begin April 5 with Energy Storage Permitting, Interconnection, and AnalysisYou are leaving WAPA.gov. This webinar will focus on one of the most talked about and fastest growing distributed energy resources in the country. This relatively new technology has the ability to act as both a load and a generator, posing unique challenges when interconnecting to the grid. Attendees will learn about permitting, interconnection requirements, and the specific analytical needs of energy storage systems.

Distributed Solar for Smaller UtilitiesYou are leaving WAPA.gov. on May 18, will highlight the experiences of smaller utilities that are shifting their business processes, staffing, planning and operations to integrate distributed solar into their systems.

The July 19 webinar, Plug-and-Play SolarYou are leaving WAPA.gov. will discuss new technologies and techniques that could reduce equipment and labor costs, but may require changes to interconnection standards and procedures.

The webinar series concludes in September with Aggregation of Distributed Energy Resources which will feature lessons learned from utilities exploring the possibility of putting a variety of distributed resources under unified operational control. The date and registration information for this webinar will be announced later this year.

All scheduled webinars will be presented from 12 to 1 P.M. Mountain Time. There is no cost to participate, but registration is required.

Source: The Distributed Generation Interconnection Collaborative, 2/24/17

Webinar offers guidance on marketing community solar projects

Update: If you were unable to participate in Market Research and Market Segmentation for Community Solar Program Success, March 1, visit the webinar archive You are leaving WAPA.gov. at the Community Value Solar Project. You can download the presentation to learn about the five-step process to drill down from general to specific research and to organize findings into an action plan.

According to a GTM Research report You are leaving WAPA.gov. cited in Public Power Daily, You are leaving WAPA.gov. the community solar market is poised for significant growth in the coming year. However, interest in community solar among utility customers varies widely based on demographic, regional and lifestyle factors. Utilities might be wondering how to design and implement a community solar program that appeals to customers across market segments.

Angela Crooks, from the U.S. Department of Energy SunShot program, attended a CSVP Utility Forum meeting, with Carmine Tilghman of Tucson Electric Power and John Powers, from the CSVP team, including this visit to a solar carport at the Sacramento Municipal Utility District.

Angela Crooks, from the U.S. Department of Energy SunShot program, attended a CSVP Utility Forum meeting, with Carmine Tilghman of Tucson Electric Power and John Powers, from the CSVP team, including this visit to a solar carport at the Sacramento Municipal Utility District. (Photo by Community Solar Value Project)

Five Steps to Tailored Market Research, You are leaving WAPA.gov. sponsored by the Community Solar Value Project You are leaving WAPA.gov. (CSVP), will move quickly from general guidance to five specific steps that utilities can take to achieve results. The webinar features Jennifer Mitchell-Jackson, a partner in Grounded Research and Consulting You are leaving WAPA.gov.and lead author of a new CSVP market research and market segmentation guide.

Market Research and Market Segmentation for Community Solar Program Success shows how to get a better understanding of different customers’ motivations before you offer a community solar program. This guide describes a five-step process, beginning with assessing research needs and tapping outside sources of community-solar market intelligence, through leveraging available utility data, and carefully designing or obtaining new customer research to address specific needs. It can be downloaded for free from the CSVP website.

The webinar is free but registration You are leaving WAPA.gov. is required. If you can’t participate in the webinar, CSVP will record and archive it for on-demand use.

The Community Solar Value Project represents leading energy thinkers and do-ers, ready to “make community solar better,” from both the sponsoring-utility and customer perspective. Members are working to develop a decision framework for community-solar program design, focusing first on optimal siting and project design, procurement, target marketing and matching with companion measures that attack solar-integration challenges.

Upcoming deadlines

SRP customers enjoy a temporary rate decrease

There is nothing like passing the fruits of good management on to customers to build a strong relationship, and Salt River Project You are leaving WAPA.gov. (SRP) is doing just that by reducing electricity prices by an average of 1.6 percent for the next 10 months.

Starting with the January 2017 billing cycle, typical residential customers will see a reduction of just under a dollar per month during the winter billing season. The savings will increase to $2.50 to $3.50 per month when the summer billing season begins in May. Prices will return to original winter season prices approved in 2015 with the November 2017 billing cycle.

This is the second time in less than a year that the SRP board has lowered electricity prices for the utility’s 1-million-plus customers. SRP previously instituted a temporary reduction of 3.7 percent for the 2016 July and August billing cycles.

The temporary decreases reflect SRP’s success in identifying market opportunities and cutting costs, said SRP General Manager and Chief Executive Officer Mark Bonsall. “Utility customers are generally more used to seeing price increases than decreases, so we are very happy to be able to lower our prices,” he stated.

Controlling costs
SRP has been able to temporarily lower rates because of reduced expenses in two components of its electric prices: the Environmental Programs Cost Adjustment Factor (EPCAF) and the Fuel and Purchased Power Adjustment Mechanism (FPPAM).

EPCAF tracks costs and revenues related to the renewable energy and energy-efficiency programs SRP adopted to comply with its sustainable portfolio standard. The temporary reduction reflects SRP’s ability to meet its sustainable goals at a lower cost to customers.

Arizona Falls generates up to 750 kilowatts of clean, renewable electricity, which can power up to 150 homes. The roof of the new turbine building and the adjacent shade structure will house solar panels to power ceiling fans on the public deck.

Arizona Falls generates up to 750 kilowatts of clean, renewable electricity, which can power up to 150 homes. This clean resource helps the utility meet its sustainability goals, while keeping rates affordable. (Photo by SRP)

FPPAM allows SRP to recover fuel costs incurred to generate electricity and supplemental power purchases to serve customer needs. Savings in this area are primarily because natural gas costs have been lower than anticipated in the utility’s budget.

SRP passes the costs of these two components directly to customers without any markup. The latest temporary reduction will decrease EPCAF and FPPAM revenue collection by about $40 million.

Succeeding at sustainability
SRP has set a goal to meet 20 percent of its retail electricity requirements through sustainable resources by the year 2020. Solar, wind and geothermal energy, hydropower and energy-efficiency programs currently provide 746 megawatts (MW) of capacity. This diverse mix of clean resources represents more than 14 percent of retail energy needs, putting SRP ahead of schedule to achieve its goal.

Bonsall attributes that success to constantly monitoring the market to find the most reliable, affordable and environmentally responsible resource mix. For example, the 45-MW Sandstone solar power plant puts electricity onto the SRP grid that is both clean and affordable. The cost SRP pays per kilowatt-hour (kWh) from the facility is very close to the utility’s average on-peak market price for electricity.

Energy efficiency programs also play an important role in meeting SRP’s sustainability goals. Last year alone, SRP’s business and residential efficiency programs saved customers 526 million kWh, and they continue to have the most potential of all resources for cost-effective growth.

Communicating is critical
As a not-for-profit public power provider, SRP puts the needs of its consumers first, and that means keeping them up to date on utility activities. Customers learned about the temporary rate decrease through a variety of channels, including customer newsletters, social media, traditional media outlets and through customer service representatives. And customers are giving feedback: “We are hearing from them that they are pleased about the recent announcement,” said SRP Spokesperson Patty Garcia-Likens.

Keeping the lines of communication open, offering customers energy- and money saving programs and providing affordable, reliable electricity has paid off for the utility in customer satisfaction. SRP has ranked highest for residential electric service in the western United States among large electric utilities for the last 15 years, according to annual studies conducted by J.D. PowerYou are leaving WAPA.gov.

Flathead Electric, youth agency team up on solar storage demonstration

A solar electricity storage project in Kalispell, Montana, combines three things at which electric cooperatives excel: testing new technology to see if it is a good fit for members, helping members lower their electric bills and forming partnerships in the community.

Flathead Electric Cooperative You are leaving WAPA.gov. (FEC) recently selected the Flathead Youth Home to test rooftop solar panels and a Tesla Powerwall battery storage system. The 7.2-kilowatt, net-metered solar array and backup system will save on average about $44 per month on the home’s electric bills while the co-op collects and evaluates performance data on it.

A solar installer mounts panels on the roof of the Flathead Youth Home. The 7.2-kW array will include a storage battery and is expected to save the facility about $44 per month on electric bills.

A solar installer mounts panels on the roof of the Flathead Youth Home. The 7.2-kW array will include a storage battery and is expected to save the facility about $44 per month on electric bills. (Photo by Flathead Electric Cooperative)

Laying groundwork
The battery backup sets this solar installation apart from FEC’s Solar Utility Network (SUN) community solar project and the 38 residential arrays on its system. Energy Services Representative David Bopp is expecting the youth home project to provide deeper insights into the technology. “There is a large potential market for batteries in the future, so we hope to get ahead of it by testing it in its infancy,” he said. “We want to gather data now before people start putting them in and coming to us asking, ‘What can I get?’” 

A committee of utility employees came together to guide the pilot project and provide input on future projects from different perspectives. “The transformative technology committee includes representatives from business technology, member services, GIS, regulatory affairs, public relations and rate design, so they all have a different perspective to offer,” said Bopp. “It formed around the solar project, but we would like to keep it together to evaluate other technologies as they come up.”

Choosing partner
The committee initially considered an employee’s house when it began discussing the project, because the goal was to see how the system worked in a residential setting. But when the time came to site the project, they decided to choose a local charity with a similar electricity-use profile, noting that they could gather data for their purposes and benefit a nonprofit at the same time.

Finding the right charity—and in a hurry—posed something of a challenge to FEC. “It was late in the development process, so we didn’t have time to put it in our newsletter,” Bopp recalled. “We used social media to ask our customers for recommendations, called a nonprofit development group and United Way and brainstormed internally.”

One consideration was that many residential charities have confidentiality and safety concerns, and FEC wanted a partner that could participate in marketing and public outreach efforts. The charity would have to be comfortable with allowing FEC personnel access to the system and with the data being publicized at conferences. The Flathead Youth Home, which provides short- and long-term services to youth, is well established in Kalispell and promotes its work to the public, so it was a good candidate. “Luckily, the home happens to be in a part of town where people can see it, too,” Bopp added.

Installing system
From a technical standpoint, the 10-bedroom facility and administrative office had the right electricity profile. “We needed a minimum use so that the system would not be putting too much electricity back onto the grid,” said Bopp.

Workmen install a Tesla Powerwall storage battery. The demonstration project will help FEC to determine if solar coupled with battery storage can benefit both the utility and its customers.

Workmen install a Tesla Powerwall storage battery. The demonstration project will help FEC to determine if solar power coupled with battery storage can benefit both the utility and its customers. (Photo by Flathead Electric Cooperative)

Built in 2009, the home had good southern exposure and was relatively new so it didn’t need structural or efficiency upgrades. If the building owners were going to make any energy efficiency improvements in the near future, that would have to be factored into the electricity use data. “We wanted a steady load,” Bopp explained. “The home could qualify for a lighting upgrade rebate but that isn’t going to be a big enough change to affect the data.”

The system was installed in December, but winter put a hold on completing the wiring for the solar interconnection. The battery’s capability is being tested while final connections wait for winter’s end.  Bopp expects to fire up the system fully and start collecting data this spring.  The Flathead Youth Home will own the system after 10 years and until then the director will give tours on behalf of the co-op.

Diversifying technologies, energy supply
One of the central goals of the pilot is to discover if solar coupled with battery storage has ancillary benefits for both customers and FEC. The technology committee suspects that system might be useful in helping to manage peak load. The project will test that assumption and help the utility answer questions about rates, incentives and control going forward. “By testing batteries in their infancy, we can figure out how to use them while making sure we are fair to all our members,” said Bopp. 

The utility battery storage pilot project is the first in Montana, just as FEC’s SUN program was the state’s first community solar project. Electricity rates are so low in the region that renewable generators often have a discouragingly long payback period. However, renewable energy is still attractive to customers who have environmental concerns, are interested in energy independence or have remote loads to power.

FEC supports these customers with a net-metering policy, and by acquiring diversified resources. In addition to the residential solar arrays, there are four small wind turbines on its system. The utility owns a 1.5-megawatt landfill gas-to-energy facility and has purchase power agreements for electricity from a small hydropower generator and a biomass facility.

Source: ElectricCoop.com You are leaving WAPA.gov. via Green Power News, 1/24/17

Tribal Energy Webinar Series returns with focus on partnerships

WAPA is pleased to once again sponsor the Tribal Energy Webinar Series with the Department of Energy Office of Indian Energy Policy and Programs (IE). The series begins Feb. 22 at 11 a.m. MT with Indian Energy: Looking Back and Moving Forward.

“Expanding Tribal Energy Development through Partnerships” is the theme for the 2017 series of 11 webinars. Tribal leaders and staff, as well as anyone interested in working in Indian Country, can participate in the free events. The series supports fiscally responsible energy business and economic development decision-making and promotes information exchange with the 565 federally recognized American Indian and Alaska Native sovereign nations, bands, villages and communities.

As national concerns about energy sufficiency and security have risen, American Indians and Alaska Natives have recognized the potential economic and self-determination benefits of energy resource development on their lands. Tribal lands consist of more than 56 million acres, or 2.3 percent of all land throughout the U.S. An estimated 17.1 million acres hold existing and potential fossil energy and mineral resources and about 5 percent of the country’s technically feasible renewable energy resource potential. Tribes with minimal fossil energy, mineral resources or renewable energy potential could benefit from other energy options, such as energy efficiency, demand-side technologies and collaborative supply arrangements.

Comprehensive agenda
Now in its fifth year, the Tribal Energy Webinar Series continues to meet critically important educational needs for tribal communities. Attendees will discover tools and resources for developing and implementing tribal energy plans, programs and projects. Webinars will provide case histories and business strategies tribes can use to expand their energy options and develop sustainable local economies.

The webinars are scheduled February through December on the last Wednesday of the month at 11 a.m. MT. Topics include:

  • Feb. 22 – Indian Energy: Looking Back and Moving Forward You are leaving WAPA.gov. 
    The first webinar in the series provides an overview of Indian energy in the U.S. and the mission of the IE office. Speakers will cover past successes, future plans and how to add value and streamline government procedures for tribes interested in energy development and self-determination.
  • March 29 – Federal and State Policy Impacts to Tribal Energy Partnerships You are leaving WAPA.gov. 
    Developing energy resources through partnerships is complex and can affect both tribal and non-tribal communities. Learn about state and federal requirements that could impact energy projects on tribal lands depending on the type of project, location, size and other considerations.
  • April 26 – Spending Energy Dollars Wisely You are leaving WAPA.gov. 
    Presentations will explore strategies, tools and technical assistance opportunities to develop a deliberate approach to maximizing energy dollars. Tribal guest speakers will share their successes and lessons learned in pursuing, developing and implementing strategic approaches to wise energy investments.
  • May 31 – What Energy Project is Right for my Tribe? You are leaving WAPA.gov. 
    Learn how to identify appropriate energy projects, from a small renewable generator for a single residence or building to a utility-scale project requiring transmission interconnection and a purchase power agreement. The pros and cons of ownership and leasing, differences among various renewable and conventional technologies and potential project barriers will be covered.
  • June 28 – Tribal Project Partnerships You are leaving WAPA.gov. 
    Hear about successful partnerships and how the successes can be replicated throughout the U.S. This webinar will be of particular interest to tribal nations and energy industry professionals interested in expanding their energy resource options and increasing economic development and self-determination.
  • July 26 – Powering Your Community with Tribal Energy You are leaving WAPA.gov. 
    Speakers will address the steps to developing a 1- to 2-megawatt energy project on tribally owned or controlled property to serve the energy needs of the tribal community.
  • Aug. 30 – University Resources for Tribal Partnerships You are leaving WAPA.gov. 
    Explore how relationships between universities and tribal nations can foster greater economic development, self-determination and energy independence for the tribes. Speakers will talk about successful university programs and initiatives on energy and the environment that are valuable resources to tribes.
  • Sept. 27 – Fundamentals of Organized Energy Markets for Tribes You are leaving WAPA.gov. 
    Find out how the expansion of establishments such as the Southwest Power Pool and the California Independent System Operator is will create opportunities for those looking for more energy resource options or to buy and sell energy resources, especially on tribal lands.
  • Oct. 25 – Tribes Working Together You are leaving WAPA.gov. 
    Generation and transmission and joint-action agencies offer business models for jointly owning, procuring and building new transmission and power generation projects Learn about these and other partnership opportunities that can support tribal energy independence and self-determination on tribal lands.
  • Nov. 29 – Partnerships for Utilities and Tribes Initiative You are leaving WAPA.gov. 
    This webinar introduces a new initiative to facilitate stronger and improved relationships between tribes and the utilities or energy companies that serve them. Another possible benefit of this effort is improved employment of tribal members in utility and energy sector jobs.

Register today
Be a part of expanding energy self-determination among our country’s American Indians and Alaska Natives by registering for any or all webinars. There is no charge to attend, but registration is required. Attendees must have internet access, computer compatibility with GoToWebinar software You are leaving WAPA.gov. (free download) and a phone line. Recordings of the 2016 webinar series and archived recordings  from past years are available to download.

Submit presentation proposals for Rocky Mountain Utility Efficiency Exchange

Deadline: Feb. 27, 2017

WAPA customers are known for creating initiatives worth imitating, and we would like you to share yours for the 11th Rocky Mountain Utility Efficiency Exchange You are leaving WAPA.gov.(RMUEE). Proposals for sessions You are leaving WAPA.gov. are due Feb. 27, and the Advisory Committee is particularly interested in topics from utilities and government agencies addressing this year’s theme, “Initiatives Worth Imitating.”

(Art work by Rocky Mountain Utility Efficiency Exchange)

Power providers are taking residential, commercial and industrial programs to a whole new level using imagination to create new offerings, innovation to improve existing programs and integration to break down the silos of thinking. Your successes should be on the agenda when more than 100 utility and government representatives and trade allies meet in Aspen, Colorado, Sept. 27-29.

Conference attendees will be exploring case study best practices and lessons learned about programs related to energy and water efficiency issues and integration with renewable energy, demand response and key account customer management. Special consideration will be given to suggestions for sessions that address:

  • New energy-efficiency and demand-management technology
  • Strategic onsite energy and distribution system management
  • Workforce culture and program staffing challenges
  • Pay-for-performance approaches
  • Consumer engagement
  • Indoor growers and other commercial customer segments at the water/energy nexus
  • Electric vehicle charging, energy storage and other new end-use applications

You may choose a format for your presentation from several options:

  • General or breakout sessions up to 20 minutes in length with Q&A
  • Snapshot panel talks up to five minutes in length
  • Poster discussions during the Wednesday evening reception
  • Workshops or Roundtable Discussions two to four hours in length (for Friday morning)

There is also more than one way to participate. If you have never attended the RMUEE and don’t yet have a program to share, you could be eligible for one of a limited number of scholarships. Or maybe you would like to sponsor the event, a great way to promote your organization. Learn more about these options from the FAQ sheet.

Whatever your level of participation in the RMUEE, you will enjoy an outstanding learning and networking experience in a relaxed atmosphere conducive to sharing. You may even turn this year’s inspiration into next year’s “boffo” presentation.