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Paul Dickerson, J.D., CPA, leadsHaynes and Boone LLP’s Cleantech
Practice Group representing venturecapital and private equity firms along
The (Too Short) Extension ofSection 1603 Renewable EnergyCash Grants
If section 1603’s planned 2010 expiration was atime bomb, its recent extension has merely replaced ashort fuse with an even shorter one. The one-yearextension will limit section 1603’s effectiveness atencouraging investment and development. Section 1603deserves to be renewed for the long term, or even madepermanent.
Paul Dickerson
with their portfolio companies.Dickerson spent three years as Chief
Operating Officer at the UnitedStates Department of Energy’s Officeof Energy Efficiency and RenewableEnergy, a time that witnessed one of
the greatest growth spurts in theshort history of cleantech.
The author offers special thanks toWolf McGavran, an associate in thebusiness litigation section of Haynes
and Boone, in Houston, and LizKlingensmith, also an associate in thebusiness litigation section at Haynes
and Boone, in Houston.
arch 2011, Vol. 24, Issue 2 1040-6190/$–se
A small provision tucked
away in the 2010 tax bill
has the renewable energy
industry exhaling a big—albeit
temporary—sigh of relief. The
provision extends a Treasury
Department program, the
much-applauded ‘‘section 1603.’’
Section 1603 gives renewable
energy ventures the option to
take a cash grant instead of
certain tax credits. Section 1603
has proven effective at
encouraging renewable energy
in terms of investment, capacity,
and jobs.
e front matter # 2011 Elsevier Inc. All rights r
Lamentably, the extension
only continues section 1603
through 2011. This defect is
typical of our nation’s short-
sighted energy policy. The short
extension limits section 1603’s
impact because capital-intensive
projects like wind, solar,
biomass, and geothermal
facilities demand long-term
policy stability. Long-term
policies are crucial to restoring
American preeminence in
renewable energy.
This article examines the tax
credits to which section 1603
eserved., doi:/10.1016/j.tej.2011.01.010 27
How toactually takeadvantage of
the PTCand ITC
becamethe problem.
28
provides alternative cash grants.
It explains how the financial
crisis spurred the government to
devise section 1603, and the key
role that the provision has
played since its enactment. Then,
this article examines the renewal
of section 1603 in 2010 before
discussing the shortcomings of a
one-year extension and why a
long-term, or even permanent,
extension would be preferable
for the renewable energy
industry—and the United States
itself.
I. Background
To properly contextualize
section 1603’s extension and
impact, it is necessary to outline
the tax credits to which section
1603 provides a cash grant
alternative, how renewable
energy developers can use
those credits, and why the
financial crisis demanded an
alternative.
A. Renewable energy tax
credits: The PTC and
the ITC
The production tax credit (PTC)
and investment tax credit (ITC)
predate section 1603. The PTC
and ITC determine credit
amounts according to different
metrics and have different
requirements.
T he PTC grants a qualified
entity a tax credit based on
the number of kilowatt-hours of
electricity produced from certain
renewable resources for a set
1040-6190/$–see front matter # 2011 Els
period.1 The taxpayer must own
the generating asset and sell
electricity to a third party. The
amount of the PTC is adjusted
yearly for inflation and varies by
energy type. In 2010, for instance,
eligible wind, closed-loop
biomass, and geothermal projects
received $22/MWh.2 Other
eligible resources such as open-
loop biomass and qualified
hydroelectric received $11/
MWh.3
I n contrast, the ITC determines
the amount of the tax credit
based not on electricity generated,
but on amount invested in
qualifying assets. Generally, the
taxpayer must own the
generating asset when it is placed
in service.4 Both public and
private utilities are currently
eligible.5 As with the PTC, the
amount of the ITC depends on the
asset type. For example, the credit
is equal to 30 percent of qualified
capital expenditures for solar,
wind, and fuel cell property, and
10 percent for micro turbines and
combined heat and power
property.6 Certain taxpayers that
qualify for the PTC may instead
evier Inc. All rights reserved., doi:/10.1016/j.
elect to take the ITC, but are then
foreclosed from claiming the
PTC.7
B. Tax equity partnerships
needed to realize tax credit
value
How to actually take advantage
of the PTC and ITC became the
problem. Because the tax credits
reduce the income tax of a
taxpayer, they presuppose a
profit. The short-term profits of
renewable energy projects may
not be high enough for the tax
credits to produce a significant
benefit. Or, if an entity has
sufficient net operating losses
then it may not have any federal
income tax liability to offset at all.
Therefore, the tax benefit may
be diminutive compared to the
high costs of a renewable energy
project. For example, a solar
thermal power plant that is set to
begin construction in Arizona will
require $2 billion in financing.8 A
161 MW wind farm in Texas is to
cost $190 million.9
Renewable energy enterprises
were able to realize some of the
value from the tax credits through
partnering with financiers in the
form of tax equity partnerships.
Under these arrangements, an
investor joins the developer in a
partnership to create renewable
energy project. As a joint partner
in the resulting project, the
investor may claim the tax credits
earned by the partnership.
Flip partnerships allow the
investor to be treated as the
majority partner for purposes of
claiming tax credits during the
tej.2011.01.010 The Electricity Journal
Section 1603succeeded inencouragingrenewable energydevelopment in themidst of thefinancial crisis.
M
period that the investor is being
paid back. Normally, this is
during the early years of the
project. Afterwards, the
partnership ‘‘flips’’ and the
investor becomes the minority
partner and the developer
becomes the majority partner.
The developer has received
financing, in part, from the tax
credits that it would not have
been able to use, and the investor
has received the benefit of the tax
credits.
C. The financial crisis impacts
renewable energy financing
The financial crisis severely
limited the availability of
credit to renewable energy
developers. The decline in tax
equity partnerships was
especially precipitous because
fewer investors had the
confidence that they themselves
would have taxable income
to offset with tax credits
acquired through tax equity
partnerships.
I n 2007, 20 financial institutions
provided $6.1 billion in
renewable tax equity financing.10
By 2009 only 11 financial
institutions remained in the
business of providing tax equity
and their total contribution had
declined to $1.2 billion.11 Some of
the exits from the tax equity
market were permanent, as in the
case of Lehmann Brothers.
Furthermore, the crisis meant that
fewer renewable energy
developers had taxable income of
their own—increasing the need
for tax equity partnerships at the
arch 2011, Vol. 24, Issue 2 1040-6190/$–se
same time that type of financing
was becoming an endangered
species.
D. The genesis of section 1603
In February 2009, President
Obama signed The American
Recovery and Reinvestment Act
of 2009 (‘‘Recovery Act’’).
Included in the $787 billion
stimulus bill were measures
aimed at making tax credits more
suitable for renewable energy
developers in the post-crisis
economy. The Recovery Act’s
drafters recognized that tax
credits are not especially effective
when few renewable energy
developers have taxable income,
and the tax equity market is
defunct.
Their solution, section 1603,
gave renewable energy
developers the option to take
an ITC credit ‘‘up front’’ in
the form of a cash grant.
Furthermore, the Recovery Act
allowed PTC-eligible projects
to elect the ITC instead.
Therefore, generally speaking,
both ITC- and PTC-eligible
e front matter # 2011 Elsevier Inc. All rights r
projects may opt to take a section
1603 cash grant in lieu of their
respective tax credits.12
Similar in design to the ITC,
section 1603 requires the Treasury
Department to provide cash
grants to renewable energy
developers based on the cost basis
of the qualifying property.
Generally, the amount of the
grant equals 30 percent of the cost
basis for wind, biomass, landfill
gas, trash, qualified hydropower,
marine and hydrokinetic, solar,
and fuel cell properties. In the
case of micro turbines,
geothermal heat pumps, and
combined heat and power
properties, the grant generally
equals 10 percent of the cost basis.
E. Section 1603 proves
successful
Section 1603 succeeded in
encouraging renewable energy
development in the midst of the
financial crisis. The program
filled the void left by the
shrinking of the tax equity
market, encouraged renewable
energy development, and
stimulated job growth.
Furthermore, section 1603 came
at a relatively low cost to the
government, and may actually
net the government a return on
investment in years ahead.
Section 1603 provided much-
needed financing to the
renewable energy industry. The
Treasury Department paid out
$1.9 billion in section 1603 grants
in 2009.13 That year, those grants
constituted over 60 percent of the
equity capital market available to
eserved., doi:/10.1016/j.tej.2011.01.010 29
Section 1603grants could
actuallynet the
governmentmoney in the
long term.
30
renewable energy developers.14
By the end of 2010, approximately
$5.79 billion in cash grants had
been extended by the Treasury
Department.15
T his capital has led to real
gains in renewable energy
capacity. For example, nearly
500 MW of new non-thermal solar
capacity was installed in 2009.16
Approximately 10 GW, or
10,000 MW, of new wind capacity
was also installed in that year.17
Thanks in no small part to section
1603, new wind and solar
installations in 2009 exceeded all
other years despite the generally
depressed economic
environment.18
In addition, section 1603 is
credited with significant job
creation in the renewable energy
industry. For example, the Solar
Energy Industries Association
cites section 1603 grants as the
primary driver behind the
doubling of solar jobs between
2009 and 2010, reaching 93,000
employed.19
F urthermore, section 1603 is
attractive from a fiscal point
of view. After all, section 1603
merely provides an alternative to
a preexisting tax credit—it is not a
new subsidy. Therefore, the cost
to the government for providing
the grants is moderated by the
higher, non-offset taxes that it will
collect in the future.
In fact, section 1603 grants
could actually net the government
money in the long term.
Renewable energy development
means more tax revenue from
businesses and their employees.
Each additional employee also
1040-6190/$–see front matter # 2011 Els
provides a decrease in the costs
associated with unemployment.
An analysis of the cost and
benefits of a two-year extension of
section 1603 on the solar industry
found that the government would
receive a $400 million return on
the investment by 2016.20
F. Planned expiration in 2010
As enacted in the Recovery
Act, section 1603 would have
expired on Dec. 31, 2010. The
Recovery Act provided that no
grant shall be issued for any
renewable energy project
unless the property subject to the
grant was either ‘‘placed in
service during 2009 or 2010, or
. . . construction began during
2009 or 2010.’’21 Because the
Recovery Act was adopted in
February 2009, section 1603
was to last nearly two years.
Various industry and
environmental groups called for
the program’s extension, citing
its success at stabilizing the
renewable energy industry and
forecasting disaster if the
program lapsed.
evier Inc. All rights reserved., doi:/10.1016/j.
II. Section 1603’s One-Year Extension andAnalysis
The Tax Relief, Unemployment
Insurance Reauthorization, and
Job Creation Act of 2010 (the ‘‘Tax
Bill’’) extended section 1603 for
one year; the program is now set
to expire on Dec. 31, 2011.22 The
extension will prevent an abrupt
drop in renewable energy
investment, development, and
employment. However, the short
extension will dampen section
1603’s positive impact. The U.S.
renewable energy industry needs
durable, long-term policies—not
a one-year stopgap measure.
A. Extended in compromise
tax bill
The Tax Bill extended section
1603 a mere 14 days before it was
set to expire. The extension
provides that qualifying
renewable energy property must
be either placed in service or have
construction begun on it by the
end of 2011, instead of 2010.23
B. Extension was preferable to
expiration
The extension of section 1603
through 2011 will benefit the
renewable energy industry in
terms of financing and jobs.
Financially, section 1603 will
continue to provide cash grants
that have become crucial to the
renewable energy industry. The
cash grants make it easier for
developers to attract capital.
Credit markets have not
tej.2011.01.010 The Electricity Journal
A second negativeconsequenceof the short extension isthat it may act toencourage certainrenewable energy typesover others.
M
recovered to pre-crisis levels and
it is unlikely that a lending
environment akin to 2007 will
reemerge soon. Total funding for
renewable energy could have
plummeted approximately 56
percent in 2011 if section 1603 had
not been extended.24
S imilarly, the cash grants free
the renewable energy
industry from dependency on tax
equity financing to monetize the
value of tax credits. The cash
grant is a more efficient way to
realize the value of the tax credits
because it provides the value of
the tax credits without the
intermediary tax equity
partnership. Therefore, an
argument could be made that
section 1603 should have been
extended even if the tax equity
market had fully recovered.
In terms of jobs, the U.S.
Partnership for Renewable
Energy Finance estimated that
104,000 jobs in the wind, solar,
biomass, and geothermal
industries would be foregone in
2011 if section 1603 was not
extended.25 Therefore, section
1603 will benefit the renewable
energy industry in 2011.
C. Problems associated with
short-term extension
However, section 1603 would
have been even more beneficial if
it had been extended for a longer
term. The positive impact will be
diminished because of the short
length of the extension in at least
three ways. First, the short-term
extension means fewer entities
will risk investing in renewable
arch 2011, Vol. 24, Issue 2 1040-6190/$–se
energy. Second, the short
extension may unevenly benefit
some renewable energy sources
over others and discourage larger,
more complex projects. Third, the
short deadline may lead to hasty
decision-making.
The primary negative impact of
the short-term extension will be
relatively lower investment in
renewable energy. The short time
frame of the extension presents a
risk to potential investors in
renewable energy projects. In
particular, investors and
developers will have to determine
the probability that they will be
able to meet the 2011 deadline.
Then, if they determine that there
is a possibility that they may not
make the deadline, they must
gamble on whether the program
will be extended again. This risk
will decrease the financing
available compared to what the
market would support had there
been a long-term extension.
The risk of regulatory
uncertainty on the renewable
energy industry is clear. The
expiration of government
programs can have large
e front matter # 2011 Elsevier Inc. All rights r
consequences on the growth of
renewable energy capacity. For
example, the PTC was allowed to
expire three times: in 1999, 2001,
and again in 2003.26 Each
expiration saw a corresponding
drop in installed wind power
capacity. The last expiration, in
2003, saw new capacity
installation drop from 1,687 MW
per year to less than 400 MW per
year.27
A second negative consequence
of the short extension is that it
may act to encourage certain
renewable energy types over
others. Under Section 1603, as
extended, construction must
begin before the end of 2011 in
order to qualify for a cash grant.
Renewable energy types with
relatively longer planning and
construction times, such as
geothermal and solar thermal,
will be dissuaded from entering
the market if they are not
confident that they can begin
construction by the end of the
year.28
Similarly, the deadline will
dissuade larger-scale energy
projects of all types. Even
renewable energy types such as
wind and solar that can be
installed relatively quickly
require extensive planning,
finance, and permitting
arrangements proportional to the
size of a project. For new wind
facilities, for example, the
planning and permitting period
can take up to two years.29 A
developer seeking to begin work
today on a large-scale project
must, as an initial matter,
determine whether it will be able
eserved., doi:/10.1016/j.tej.2011.01.010 31
32
to begin work before the deadline.
If not, or if the answer is in doubt,
the developer may scale back its
plans or drop them entirely.
F inally, enterprises that are
not discouraged from
investing because of the lack of
dependable policy might find
themselves racing to start their
projects in time to qualify for the
cash grant. This hurry could lead
to rash decisions on any number
of issues. And, of course, the haste
might be wasted if the
government extends the program
at the last minute, as it did in 2010.
D. Need for long-term
commitment in energy policy
The lack of durable, long-term
policy discourages investment in
renewable energy. The fact of the
matter is that renewable energy
becomes a more attractive
investment when government
incentives such as tax credits,
grants, loan guarantees, and
accelerated depreciation are in
place. Investors, however, are
rightfully wary of depending on
governmental largess. After all,
the PTC was allowed to sunset not
once, but three times. Even when
a worthy program is renewed
before it expires, the renewal term
is often too short.
The extension of section 1603
provides a typical example.
Despite its success at offering a
more efficient alternative to tax
credits in the midst of an
economic crisis, the program was
not extended until the month of
its expiration. Whether it would
be extended at all was not a given.
1040-6190/$–see front matter # 2011 Els
And yet, the extension is only for
one year. The renewable energy
industry—and those it seeks
financing from—are again left
guessing as to what economic
incentives will exist in a year’s
time. Because many renewable
energy projects must go through
years of planning and permitting,
they face enormous risk that
section 1603 will not be extended
again. This risk makes attracting
capital a difficult task.
W hile the United States
barely manages to extend
modest programs like section
1603, China is widening its lead in
the renewable energy sphere.
China spent $34.6 billion on clean
energy in 2009; the United States,
$18.6 billion.30 China may spend
$738 billion over the next
decade.31 This commitment to
renewable energy has made
China the world’s top destination
for private investment in
renewable energy.32
China’s efforts have led to
impressive results. Today, China
leads the world in renewable
energy financing,33 capacity,34
and growth.35 In 2009 alone,
evier Inc. All rights reserved., doi:/10.1016/j.
China installed 37 GW of clean
energy capacity.36 This
constituted approximately 46
percent of worldwide growth.37
III. Conclusion
In preventing the expiration of
the section 1603 cash grant
program, the Tax Bill kept a
ticking time bomb from
exploding. Over section 1603’s
two-year history, it helped
support the wind, solar,
geothermal, and biomass
industries. The program made
existing tax credits, the ITC and
PTC, more useful to the
renewable energy industry. At the
same time, section 1603’s cash
grants lessened the need for tax
equity financing during the
financial crisis when such
financing was difficult to secure.
If section 1603’s planned 2010
expiration was a time bomb,
however, its recent extension has
merely replaced a short fuse with
an even shorter one. The one-year
extension will limit section 1603’s
effectiveness at encouraging
investment and development.
Large, capital-intensive
renewable energy projects
demand policy stability. Because
many such projects have lead
times of over a year before
construction begins, potential
investors and developers will be
forced to handicap section 1603’s
odds of renewal. As long as such
policy uncertainty exists, the
United States will be at a
competitive disadvantage in
terms of renewable energy.
tej.2011.01.010 The Electricity Journal
M
Section 1603 deserves to be
renewed for the long term, or
even made permanent.&
Endnotes:
1. I.R.C. § 45.
2. Jenna Goodward and MarianaGonzalez, World Research Institute,The Bottom Line On. . . Renewable EnergyTax Credits, Oct. 2010, at http://pdf.wri.org/bottom_line_renewable_energy_tax_credits_10-2010.pdf.
3. Id.
4. Howard Cooper et al., U.S.Partnership for Renewable EnergyFinancing, PTCs, ITCs and Section1603 Grants: Compare and Contrast, athttp://www.uspref.org/white-papers/PTC%20ITC%20and%20Section%201603%20Grants%20v2.1.pdf.
5. Goodward and Gonzalez, supranote 2.
6. Id.
7. Cooper et al., supra note 4, at 2.
8. Ryan Randazzo, Solar-Power Plant aGo After Developers Secure Financing,ARIZ. REPUBLIC, Dec. 21, 2010, at http://www.azcentral.com/business/articles/2010/12/21/20101221solar-power-plant-go-after-developers-secure-financing.html.
9. Xcel Signs Deal with Texas WindFarm, UPI, Dec. 28, 2010, athttp://www.upi.com/Business_News/2010/12/28/Xcel-signs-deal-with-Texas-wind-farm/UPI-72381293572588/.
10. U.S. Partnership for RenewableEnergy Fin., Prospective 2010–2012Tax Equity Market Observations 3,July 20, 2010 [hereinafter USPREF], athttp://seia.org/galleries/pdf/US%20PREF%20Tax%20Equity%20Market%20Observations%207-20-2010%20(5).pdf.
11. Id.
12. I.R.C. § 48(a)(5); see also IRS, NOTICE
2009-52 (2009), at http://www.irs.gov/irb/2009-25_IRB/ar09.html.
arch 2011, Vol. 24, Issue 2 1040-6190/$–se
13. U.S. P.R.E.F., supra note 10, at 2.
14. Id.
15. U.S. Dept. of Treasury, Section1603: List of Awards, at http://www.treasury.gov/initiatives/recovery/Documents/Web%20Posting.xls (lastvisited Dec. 29, 2010) (updatedweekly).
16. USPREF, supra note 10, at 10.
17. Id.
18. Id.
19. Solar Energy Industry Assn., JobCreation from Extending the 1603Treasury Program 2, Nov. 22, 2010, athttp://www.seia.org/galleries/FactSheets/Factsheet_TGP.pdf.
20. EuPD Research, U.S. Solar PolicyImpact Analysis 6, May 19, 2010,http://seia.org/galleries/pdf/EuPD_Research_Solar_Report.pdf.
21. American Recovery andReinvestment Act of 2009, Pub. L. No.111-5 § 1603, 123 Stat. 115, 364 (2009).
22. Tax Relief, UnemploymentInsurance Reauthorization, and JobCreation Act of 2010, H.R. 4853, 111thCong. § 707 (2010) (enacted Pub. L.No.111-312).
23. American <fn0110>Recovery andReinvestment Act of 2009, Pub. L. No.111-5 § 1603, 123 Stat. 115, 364 (2010)(as amended by H.R. 4853, 111thCong. § 707).
24. USPREF, supra note 10, at 5.
25. Steven Taub et al., USPREF, Impacton Jobs Through the Extension of the
e front matter # 2011 Elsevier Inc. All rights r
ARRA 1603 Cash Grant 5, at http://www.uspref.org/white-papers/A_US%20PREF%20Jobs%20Analysis%201603%20v2.2.pdf.
26. Union of Concerned Scientists,Production Tax Credit for RenewableEnergy, at http://www.ucsusa.org/clean_energy/solutions/big_picture_solutions/production-tax-credit-for.html.
27. Id.
28. See Jack Cargas et al., USPREF, athttp://www.uspref.org/white-papers/RE%20Tax%20Equity%20v2.1.pdf.
29. See Union of Concerned Scientists,supra note 26.
30. Pew Charitable Trust, Who’sWinning the Clean Energy Race? 2010, athttp://www.pewtrusts.org/uploadedFiles/wwwpewtrustsorg/Reports/Global_warming/G-20%20Report.pdf.
31. Wang Ying and John Duce, ChinaMay Spend $738 Billion on Clean EnergyProjects, BLOOMBERG BUSINESSWEEK,
July 20, 2010, at http://www.businessweek.com/news/2010-07-20/china-may-spend-738-billion-on-clean-energy-projects.html.
32. Pew Charitable Trust, Global CleanPower: A $2.3 Trillion Opportunity 6, 2010,at http://www.pewtrusts.org/uploadedFiles/wwwpewtrustsorg/Reports/Global_warming/G20-Report-LowRes.pdf.
33. Kristi Heim, U.S. Lags China’s HotPursuit of Clean Tech, SEATTLE TIMES,Aug. 22, 2010, at http://www.statesman.com/business/technology/u-s-lags-chinas-hot-pursuit-of-clean-873220.html?printArticle=y.
34. See Pew Charitable Trust, supranote 32, at 48.
35. Renewable Energy Policy Networkfor the 21st Century, Renewable 2010, 16,Sept. 2010, at http://www.ren21.net/Portals/97/documents/GSR/REN21_GSR_2010_full_revised%20Sept2010.pdf.
36. Id.
37. See id. at 54.
eserved., doi:/10.1016/j.tej.2011.01.010 33