MONDAY 10 AUGUST, 2009 |

Australian Push For Fully Solar Schools

Adam Rorris from the the Centre for Policy Development has urged the NSW
Government to consider investing approximately $40 million a year over three
years to convert its public primary schools to 100% solar power.
While the
National
Solar Schools Program offers a $50,000 grant to schools for solar panel
based systems, the average primary school of 300 students would need about
$120,000 to make a full conversion to solar power
according
to Mr. Rorris, who also pointed out that savings from such an initiative
will grow significantly over time as the real cost of electricity rises.
Schools provide an excellent platform for the installation of solar farms given
their ample roof space.
Grid
connect systems can be easily integrated into a school's existing
electricity infrastructure and can also generate revenue through
feed
in tariffs.
The addition of a solar power system to a school provides an excellent hands-on
education opportunity for students on the topic of renewable energy and sends a
strong single to the wide school community about environmental stewardship.
The current
solar
schools grant initiative has been very successful, with 4966 schools around Australia
already registered for the NSSP. However, in NSW, not a single public school has
been fitted with solar panels under the program, because the State Government
has
insisted
on a centralised tendering process. In other states, schools can choose
their own provider providing eligibility criteria is met.
Under the National Solar Schools Program,
nearly every school in Australia is eligible for a solar power system - at
no cost to the school whatsoever. The grant for the installation of grid
connected solar power is doubled in the case of dual campuses, reaching up to
$100,000 and further funding may also be available at a state level.
Solar Panel Industry Outlook

According to a report from
Navigant
Consulting, 2004 through 2008 saw the photovoltaic experiencing demand increasing by a compound annual 51% for the four-year period, and industry growth at 79% in 2008 over 2007.
The driving force behind the growth was Europe’s
feed-in tariff
(FiT) model. Demand in Spain, at 42% of the total market, was the major player
in EU industry growth. The 2004 to 2008 period also saw a silicon shortage that
contributed to higher prices and sparked accelerated development in
thin
film solar panel technologies.
Large field grid connected applications in Europe created the largest global market for solar systems
at 79%.
However, in September 2008, the government of Spain instituted a cap on its FiT
program, seriously impacting solar panel sales. From 1973 through 2008, demand in the PV industry grew at a compound annual rate of
40%, but in 2009, a significant slowdown in sales of
solar
panels and systems in combination with an oversupply of equipment has put downward pressure on pricing for
solar power system components; to the benefit of the consumer.
The good news for the industry is solar panel inventory levels
may ease towards the end of 2009 and the market will see the beginning of
recovery says Navigant Consulting.
Grid
connected solar power systems were and are the largest and fastest growing of all of the photovoltaic market segments, with an 80% share of global volume in 2004, an 82% share in 2005, an 86% share of total volume in 2006, and a 94% share of total volume in 2008. The fastest growing sub-segment of this application is the commercial application, primarily investor owned (>1-MWp)
solar
farms.
Grid connected systems have experienced extremely
strong compound annual growth of 63% from 1998-2003 and 60% from 2003 to 2008.
While industry demand may still be soft for the 2009 and possibly 2010 period,
Navigant says the the compound annual growth rate for the forecast period is
estimated at 18% to 33%.
News for Friday 07 August, 2009
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