New Solar Incentives Bill under Consideration in Olympia

A new bill that would significantly alter the long term outlook for Solar Incentives in Washington State is being developed by the House Committee on Technology and Economic Development.  Public hearings were held in Olympia Tuesday to discuss the proposed features of the new incentive program.  The new bill proposes several changes that would extend the lifespan of the current incentives while also allowing for a Market Correction Factor starting in 2018 that would lower the incentives if solar became more competitive with market rate electricity.

The most positive feature of the new bill would be to create a system that makes a ten year contract with each customer starting on the date their system is installed.  This would make the incentives a fairer playing ground for new owners.  Current Washington State Production Credit incentives have a hard cut off date of June 30th, 2020, which gives a better result to customers who install quickly.  With the new bill, each person would have the same ten year contract regardless of when they installed their system.

This new system, called Phase II, would begin on July 1st, 2013, with the current system, now called Phase I, being closed to new enrollees on June 30th, 2013.  Which engenders the question, “If I am going to install a solar system this year, is it better to do it during the Phase I period, or wait until Phase II begins?”  The current version of the bill, which is still subject to review and changes, has a key clause that directly effects the answer to that question: it extends the payout time period of Phase I to 2023.  That would give our clients, including those who have already installed, an extra three years of Production Credit Incentives.  For Washington manufactured systems, that Production Credit Incentive averages $1500 to $2500 per year – a significant windfall for already installed systems!

We at SolTerra are supportive of the clause to extend the Phase I payments to 2023, not only because it benefits our clients, but because it gives clients installing in the Spring the same number of years of incentives as clients who wait until the Summer.  Without that clause, our clients who installed in June would get three fewer years of payments, possibly a $7500 difference.  We would be afraid of be forced into temporary layoffs as customers waited to install until the longer incentive program kicked in.

Phase II also includes a feature that, while logical, would cause a lot of uncertainty about the true financial value of the incentive program.  Phase II includes a Market Correction Factor that would be calculated by the State starting in 2018.  The method of how this Market Correction Factor would be calculated is not specified, but it is implied that it is meant to allow the State to pay lower incentives if the cost and efficiency of solar systems installed in later years results in incentive payments greatly in excess of the cost of installing the system.

We find the idea of a Market Correction Factor to be reasonable.  Customer’s installing a system today, with Washington made components, are seeing 85% to 90% of the cost of their system covered by the full package of State and Federal Incentives.  If this Bill adds three years to the Washington State Production Incentive, customers will already see total incentives that are greater than the purchase price of the system.  As the cost and efficiency of the panels improve steadily over time and energy prices increase, receiving ten full years of the full Production Incentive will result in overly favorable results.  We support strong incentives, but not overly generous ones.

Hawaii and Germany are both examples of governments who set up overly generous incentive programs.  In both cases, the finances were so favorable to the owners of the system that the numbers of installations ended up far exceeding the budgeted amount.  Both states have had to cut back their incentives drastically and therefore caused a major disruption in the installation and manufacturing markets.  A more moderate program would have been more efficient in the long run.

The Washington State program has wisely included a hard upper-limit to total incentive payouts.  Under Phase I, the maximum allowable payout is .5% of electricity sales in any given year.  Representative Jeff Morris, prime sponsor of the current Bill, said during the public hearings (which you can watch a recording of here) that, since Phase I began in 2005, only about 10% of the total available funds have been actually used.  He also states that one of the key purposes of the new bill is to increase the rate of installations in the state and get people to actually take advantage of the program.  The challenge, therefore, is to design a system that encourages more people to take part, but that does not rush to the budget maximum too quickly.

The Market Correction Factor allows the state to make adjustments based on the way the market changes over the next five years and may prove to be a stabilizing factor over the lifespan of the program.  However, initially it will add an element of unpredictability for our clients.  Nearly every speaker at the public hearing referred to that unpredictability as a cause for concern.  If enacted, the Market Correction Factor will make it far more difficult, or perhaps impossible, to predict the full financial impact of the incentive program.

Therefore, as the Bill is currently written, getting in on the Phase I plan will be the most beneficial.  As written today (and it is subject to change), customers who install in June of this year will get ten years of incentives, just as installations in July will, but they will not be subject to the Market Correction Factor.  This seems to be the better option of the two.

Overall, we are excited to see the legislature addressing the issue of solar incentives so soon.  The 2020 cut-off, while seemingly far off, was a significant factor in our customers’ decision making processes and we are happy to see a longer range plan being put in place.  The process continues forward and we will continue to track it eagerly.  Look for subsequent posts that address additional aspects of the new Bill.

Please feel free to ask any questions in the comment section and I will respond as best I can.

If you want to read the bill yourself, you can find it on the legislative website here.

Dwayne Bishop

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SolTerra Goes to Olympia

SolTerra Controller Scott Eickmeyer, State Senator Maralyn Chase, SolTerra President Brian Heather

SolTerra Controller Scott Eickmeyer, State Senator Maralyn Chase, SolTerra President Brian Heather

Brian Heather, President of SolTerra Systems, and Scott Eickmeyer, Controller, travelled to the State Capital in Olympia this week to meet with Washington State Congressional members and policy makers about the future of Solar in Washington.  On the agenda was meetings with State Senator Maralyn Chase, Chair of the Senate Workforce Development Committee, Representative Hans Dunshee, Chair of the Budget Committee, and Representative John McCoy, Vice Chair of the Environmental committee.

Senator Maralyn Chase, chair of the Senate Workforce Development Committee was first on the agenda.  Senator Chase was very impressed with past SolTerra projects and showed everyone in her office a picture of the UW Living wall and the rendering of the Durham Building which includes a living wall rain screen integrated with a solar panel awning. We spoke about how policy can assist innovative companies like SolTerra and she immediately passed our information to the Governor’s Office and we have a potential meeting with Governor Inslee as early as next week! We will bring a sample VeraWall Living Wall system to put above Senator Chases’ desk next time we are in Olympia! (picture with Senator Chase attached)

Our next meeting was with Representative Hans Dunshee, chair of the Capital Budget Committee. Representative Dunshee – an energy conscious legislator – not only used natural light for this meeting but also knew all about “phantom loads” and how a big screen TV will still draw energy while turned off. Representative Dunshee was surprised when we showed a financial analysis that explains how a 24-panel residential system has a faster payback in Washington State than a 240-panel commercial system, which is due to how the state solar incentives are set up. We also talked about that while there are strains on the current budget for Washington State, solar energy is still a priority.

The final meeting of the day was with Representative John McCoy, vice Chair of the Environmental Committee. Representative McCoy has been actively involved with Energy Policy for years. It was refreshing to speak with someone who was well-versed in all the State level energy incentives and how they can assist in the long-term sustainability of solar energy. Since nearly all types of energy have some type of subsidy, we talked about the importance of continuing some level of solar incentives which can prevent the creation of additional natural gas and coal power plants. Representative McCoy is a true advocate for solar energy and SolTerra Systems will continue to follow his work.

After we had introductions to several other policy-makers, we ended up sitting in on a Solar Energy committee and discussed how there have been many “green” jobs created in the last several years and how jobs will continue to be created in Washington State. Solar energy advocates recommended extending the sales tax exemption and creating a 10-year contract as a production inventive instead of the current expiring production incentive.

Special thanks to SolTerra Systems’ client Sean O’Sullivan who gave us the best tour of the Capital Building we could ask for! It is amazing to develop relationships as SolTerra Systems continues to grow and to receive such positive reinforcements from our State Leaders!

Heather, Eickmeyer, and our wonderful client Sean O'Sullivan

Heather, Eickmeyer, and our wonderful client Sean O’Sullivan

Solar in a Hydro State?

Grand Coulee DamMany of our customers here in the Seattle – Portland area are curious about how the clean energy their solar panels generate really impacts carbon outputs and global climate change.  ”Doesn’t most of our electricity come from Hydro around here?  Wouldn’t we be just replacing one clean source of energy with another one?” are common questions of folks just starting to look at solar.  The answer depends somewhat on your local utility – some Northwest utilities get as much as 90% of their electricity from hydro, but others use coal and natural gas to generate more than 50% of their power.  In addition, the national energy market provides a “trickle down” effect that allows your clean energy to eventually displace ‘dirtier’ electricity elsewhere.  Therefore, while much of the electricity we use here in the Northwest does indeed come from hydroelectric dams, that does not keep your solar panels from having a positive impact on the environment.

Most of the residential electricity customers in the Puget Sound and Portland areas are served by just five utilities: Seattle City Light, Snohomish PUD, Puget Sound Energy (PSE), Portland General Electric (PGE) and Pacific Power.  None of these major utilities are able to fulfill all of their generation needs with renewables.  Seattle City Light comes closest, with 90% of their electricity coming from hydro, with Snohomish PUD coming close behind at 80%, but Puget Sound Energy, which services 8 Western Washington counties, was only 50% hydro in 2011 and as low as 36% in 2009 – with 32% coming from coal fired plants (PSE Fuel Mix: 20092011).  Coal still provides a significant amount of our electricity, particularly in Portland.  Portland General Electric (PGE) and Pacific Power are the utilities for most of the greater Portland area.  PGE reports about 32% coal power while Pacific Power is over 66% coal!  (Oregon.gov/energy)  No matter who your utility is, at least a portion of the electricity your solar panels generate on site will directly offset fossil fuel burning sources.

PSE 2009 Fuel Mix
PSE 2009 Fuel Mix – Click to enlarge.

In addition, even if you live in the City of Seattle and normally purchase 90% hydro-generated electricity, your solar generated electricity will still affect fossil fuel consumption. The entire West is connected by high powered transmission lines with a very active annual and daily marketplace connecting power generators with utilities.  Seattle City Light regularly buys and sells 100 Megawatts of power on the open market (selling during the summer, buying in the winter).  Power contracts are routinely bought and sold, with renewable energy being highly sought after due to State mandates to utility companies requiring renewables to fulfill a certain portion of their power mix.  Therefore, as you reduce demand on your utility by generating your own clean electricity on-site, the clean hydro-power you would have consumed will now be sold on the open market and ultimately cause some ‘dirty’ coal plant elsewhere in the grid to experience less demand.

Here is a link to an interesting pdf the University of Washington put together about the electricity it buys from Seattle City Light: (Seattle City Light Fuel Mix)

Solar panels are an excellent tool for reducing global carbon output that you can invest in directly for your home or business.  Whether you are directly affecting fossil fuel consumption by your own utility provider or indirectly allowing your utility to sell more of their own clean energy on the open market and displace dirtier sources on the other end of the supply-chain, the electricity you generate will reduce the impact of humanity’s energy needs on the environment.

Dwayne Bishop

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Which US States lead in clean energy?

Oregon #2 and Washington #6 lead the nation in clean energy getting over 60% of their electricity from renewable sources. (Oregon: 63.84% and Washington 71.59%).

SolTerra Systems is committed to bringing these savings to the business owners and residents through efficient integration of renewable power generation strategies.

The building housing our office currently has a 45KW Photovoltaic system that produces enough electricity to offset 70% of the total electricity needs of the building. This translates to huge savings not only to the building owner but also to its tenants.

It is important to understand that implementing renewable energy production to your building has never been easier than it is right now with the current incentives.