Most of us know why a bank gives
preferential treatment to large business customers over small ones. The time
and effort required to assess a loan application for a major corporation is
more or less the same as needed for a single outlet retailer or other small
company – but the amounts involved (hence the revenues gained) are much greater
with the big firm’s application.)
The same happens with green power inverter generation in Ontario .
Small community power inverter co-ops ought to be a natural fit for green
energy. An individual house just doesn’t have the roof capacity or space
(usually) to house and care for the battery system required to make one-unit solar
panel installations worthwhile.
A community plant – like one using the roof
surface of a school or a retail space – uses the supply/demand equation
differently. Less expense and worry goes into storing energy and more into its
use during peak-load pricing periods in the day. The Green Energy Act also lays
out the terms under which the power inverter excess to demand can be sold to the grid tie
inverter. For a resident, buying into the co-op is more affordable and makes
more sense than an individual installation.
But the co-op has to be allowed to operate,
and therein lies the challenge.
Unfortunately, the bureaucrats who approve
community power inverter co-ops are the
same ones who approve giant solar panel farms in the Ontario countryside. Much of the opposition
to the Green Energy Act outside of the grumbling when hydro bills arrive comes
from rural Ontario ,
where solar panel and wind farms get
sited. And like the aforementioned bankers, the bureaucrats have the same
amount of work to do whether it’s an application for 200 hectares of solar
panel in a field or 50 individual solar
panel on a roof – and whether it’s
megawatts of power inverter into the grid tie inverter or the possibility of a trickle left over from co-op
participants’ own consumption.
Co-ops in Toronto report it sometimes takes more than
four years to get approval to operate. Artificial restrictions seem to blossom
like weeds choking and slowing the process. Co-operatives also require that a
different bureaucracy approve their structure and incorporation as a
not-for-profit society, and the requirements of the two streams – energy and
incorporation – don’t mesh well.
Couldn’t we have simply copied what’s
working? The Germans as of May 2012 get almost 20 per cent of their national
electrical power inverter from solar
panel installations, mostly of the
rooftop co-op type. In Ontario ,
despite enthusiastic communities, we’re getting practically nothing but a
trickle of power inverter from anything
other than big solar panel farms.
That is what happens when you organize your
Green Energy Act around an industrial partnership model rather than a community
model.
Community resilience would be greatly
enhanced by encouraging the co-ops in the communities, themselves: ideas like Solar
panel hare are good (make an investment
as an individual to develop and profit from a large-scale solar panel farm), but the shorter the link between
production and use the better. And, a reduction in grumbling over the power
inverter bill would be achieved if
community co-ops could get operational quickly – it would also make solar panel
power inverter more visible everywhere.)
hi. loved reading such a coherent and relevant blog post. will be back for more updates.
回复删除lightweight flat roofs