Yahoo – AFP,
Frank Zeller, October 26, 2014
Feldheim
(Germany) (AFP) - If Germany has taken a pioneering though risky role in
shifting to renewable energy, then the tiny village of Feldheim -- population
150 -- is at its vanguard.
The hamlet
near Berlin is Germany's first to have left the national grid and switched to
100 percent local, alternative energy, swearing off fossil fuels and nuclear
power decades before the rest of the country plans to near the same goal.
![]() |
A wind
turbine operates in Feldheim
(AFP Photo/John Macdougall)
|
More than
99 percent of the wind power is sold into the national system, along with
electricity from a solar park on a former Soviet military base.
As winter
nears, people here will heat their homes from a biogas plant powered by local
pig and cattle manure and shredded corn, while on the coldest days a woodchip
plant will also burn forestry waste.
The
villagers took bank loans and state subsidies to build the system, in
partnership with green power company Energiequelle, but say it is paying off as
electricity and heating bills have been slashed.
Feldheim no
longer pays for 160,000 litres (40,000 gallons) of heating oil a year, said
Werner Frohwitter of the local energy cooperative.
"This
money is no longer going to Arab sheiks or (Russian President) Vladimir
Putin," he said at the village 80 kilometres (50 miles) southwest of
Berlin. "This money is now staying right here."
Green
vision, risky gamble
Depending
on who you listen to, Germany's "Energiewende" or energy shift is a
bright green vision for a zero-carbon future or a reckless gamble that will
drive Europe's biggest economy against the wall.
It is
certainly Germany's biggest infrastructure project since World War II and its
greatest national challenge since reunification 25 years ago.
Europe's
major export power plans to switch off its last nuclear plant in 2022 and by
mid-century meet 80 percent of electricity demand with renewables, up from one
quarter now.
![]() |
A bio gas
plant at a farm in Feldheim
(AFP Photo/Odd Andersen)
|
But amid
the rapid and often chaotic build-up, the energy shift has been hit by delays,
cost overruns and unforeseen consequences.
For one,
green surcharges have made power bills the second highest in the EU, worrying
businesses that compete internationally, especially as the economy is losing
steam.
"The
cost of the energy transition for the economy and consumers will continue to
rise," Germany's Chemical Industry Association warned this month.
Power
companies E.ON, RWE and Vattenfall are meanwhile suing the government for
billions in foregone nuclear power profits.
There have
also been major technical hitches to building giant offshore windfarms, and
local protests have slowed to a crawl the building of high-voltage power lines
between Germany's windy north and industrial south.
Future
tools
![]() |
Wind
turbines operate near a barley field in
Feldheim (AFP Photo/John Macdougal
|
The problem
lies in the fickle nature of renewables. When the sun doesn't shine and the
wind doesn't blow, conventional power is needed to fill the gap -- ideally with
relatively clean and flexible gas plants.
However,
utilities -- which have taken a beating as a glut of renewables has slashed
wholesale power prices -- have shuttered some under-utilised gas plants and
filled the gap with cheaper and dirtier coal.
This trend
has worsened with the collapse of Europe's market for carbon emissions, which
was designed to put a cost on environmental damage, but no longer makes it
expensive for companies to pollute.
As a result,
while clean energy took the top share at 27.7 percent in the year's first nine
months, it only narrowly beat lignite coal at 26.3 percent, according to the
Agora research institute.
![]() |
The Neurath
coal-fired power plant in
Rommerskirchen, western Germany
(AFP Photo/Patrik
Stollarz)
|
A range of
other future tools are being debated to save the Energiewende, still a broadly
popular project backed by all political parties.
Ideas range
from paying gas plants to remain on standby for when they are needed, to better
home insulation and more electric cars, to creating large energy storage
systems using water reservoirs and huge batteries.
Tiny
Feldheim, ever proud to be at the cutting edge, has set up an electric car
power station and ordered a 10 MW lithium-ion battery from South Korea.
When the
giant device arrives next year, it will give the village a 48-hour emergency
supply, but that is not its main purpose.
For most of
the year it will be rented out to a regional power company as a buffer against
grid fluctuations.
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