Uit onderzoek van LTO noord is gebleken dat er veel animo is voor het installeren van een windmolen onder boeren in Noord-Holland, Zuid-Holland en Utrecht. Meer dan 400 agrarische boeren hebben aangegeven interesse te hebben in het opwekken van duurzame energie door middel van een windturbine. Voor boeren met een stroomverbruik van meer dan 100.000 kWh per jaar wordt een wind turbine van WES erg aantrekkelijk. De turbines van WES zijn namelijk op 18 en 24 meter hoogte te installeren en kunnen jaarlijks 170.000 kWh produceren. Deze windmolen wordt nog aantrekkelijker als de provincie tot wel 40% van de investering wilt subsidiëren.
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Dozens of greenhouse horticulture businesses suffer from power shortages in their greenhouses. The demand for electricity from greenhouse horticulturists has risen exponentially in recent years. This makes that Distribution Network Operators (DNOs) can’t always meet the demand.
For example, there are farmers who do have a connection, but don’t always receive sufficient electricity.
We have to pull the brake
The entrepreneurs increasingly hear a ‘no’ from DNOs. Problems arise mainly when they want to expand their business or make them more sustainable and replace gas powered components with electric ones. Greenhouse horticulture in the Netherlands is worried and wants the electricity network to be expanded as quickly as possible, but that’s not easy. According to ‘Glastuinbouw Nederland’, more than 50 entrepreneurs experience power difficulties throughout the country.
Greenhouses need electricity for lighting and always had good electricity, but DNOs say: “We have to pull the brake, we do not have enough capacity’. This means that they can’t make their businesses more sustainable right now. Climate control runs on gas fired utilities. Farmers want to make the transition to electric heating, particularly because of the climate regulations (Paris Agreement red.). ‘It will be difficult to meet the targets, we can do nothing but wait!”
Higher capacity demand
Currently there are about 3000 greenhouse horticulture locations in the Netherlands. ‘Glastuinbouw Nederland’ does not have exact figures of new businesses, “but it will be more than a few dozen locations given the favourable economy”. An average greenhouse consumes as much electricity per year as about 400 households; approximately 1,600,000 kWh.
Distribution Network Operators have not been asleep
According to greenhouse grower Van Wijk; DNO’s from the Netherlands could have foreseen that the demand for electricity would increase. These certain locations in the province of Gelderland have never been designated as a development area for greenhouse horticulture.
This is confirmed by John Rocks, horticultural project manager of the province of Gelderland. He states that Alliander should have made the call “when it appeared that the plans to make the sector more sustainable are not feasible with the current electricity network”.
Alliander does not agree with that criticism. “It’s really not the case that we have been asleep, but this electricity grid was built about a hundred years ago,” said spokesperson Jelle Wils. “Originally, there was not much demand for electricity in the Bommelerwaard, this network was actually equipped with cables which are literally the thinnest in the country.”
It will take Alliander about three to five years to adjust the electricity grid. “We have to install additional cables, build distribution stations, and we have to follow procedures to change zoning plans, for example,” says Wils. “We are trying to predict developments, but future plans must first be concrete before we make a multi-million investment to adjust the infrastructure.”
Returning electricity surplus to the grid
Adapting the current infrastructure, that greenhouse growers ask for, requires a lot from the electricity grid. An additional problem is that more and more people in the Netherlands are installing solar panels on their roofs. The power that these produce is returned to the grid. But this grid is already overloaded.
Especially in the countryside, the return of electricity regularly blocks. The grid operators do not have sufficient capacity to transport electricity from the solar panels or wind turbines, but also to supply electricity to large-scale users such as the greenhouse horticulture sector. The capacity problems of greenhouse horticulturalists therefor lead to power shortages.
Fossil fuel-fired aggregates
Alliander is working on temporary solutions, for example by giving entrepreneurs a connection, but not with full capacity. The entrepreneurs do not sit still. Some have chosen to place aggregates (which are often gas powered) in order to have sufficient power security.
Greenhouse grower Van Wijk: “I now use gas to have enough electricity, but our government wants to get rid of gas.” Less gas through pipes means more electricity through cables, so something has to be done as quickly as possible. ”
Power grid of the Netherlands
In the Netherlands, Tennet is the national grid operator, it transports electricity from the power plant to the high-voltage grid. Organizations such as Enexis, Alliander and Stedin are the regional grid operators. They ensure that the electricity reaches the residents and companies via distribution stations.
An alternative solution
Renewable microgrids could be realized to keep all electricity locally so the already installed network will not be overcharged easily. In this way the grid is relieved from the high demands as well as the return of electricity. The combination of renewable energy sources could generate sufficient electricity for a whole region. Communities can become completely independent from energy generation, which means that they do no longer depend on the unreliable central grids. Local energy production requires that producers and consumers treat each other neatly and let the common interest be primal to self-interest. This brings along many benefits to local communities. By generating all the energy in a renewable way, the costs of the, now often expensive price of fossil fuel-fired, generated electricity will drop significantly.
The advantage of these initiatives to generate local energy is that consumers become co-producers. Many people already install solar panels on their own roof and often there is still some space left to provide the neighbours with some clean electricity. When there is not enough space within urbanized areas, farmers or other land owners can also place wind turbines nearby.
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Are you curious whether this method can help you to make your energy supply ‘green’, more stable and cheaper? Just contact us, we would be happy to help you and to analyze which combination of energy sources suits your situation best.
How many of these facts do you know already?
A natural resource with huge potential: Wind power usage is growing rapidly and will play a huge role in our future. But how much do you know about wind power? We provide a rundown of some interesting, and possibly surprising, facts. Do you know all of these?
- Wind power is not a new invention. It was used as far back as 2000 BCE by civilizations in regions such as China and Persia to pump water or crush grain instead of generate electricity.
- Modern wind turbines are made of up to a staggering 8000 components. They have come a long way over the years.
- Wind energy is the fastest growing format of electricity throughout the world. It is likely to play a key role in negating global warming in the future.
- The blades that feature on most modern wind turbines can reach astonishing speeds of 320kph (200mph). That’s a similar speed as the Shinkhansen– known in English as the Japanese bullet train.
- It isn’t just buildings that turbines generate power for. Smaller turbines can actually charge batteries or act as backup generators for ships.
- Unlike many other forms of electricity production, wind power does not require significant amounts of water. It is estimated that this could save 30 trillion bottles of water in the USA alone.
- Despite their gargantuan size, wind turbines actually make very little noise. Some are even effectively silent, meaning you could stand next to these giants and have a conversation.
- It only takes a wind turbine approximately six months to offset the carbon dioxide required to produce it. After that, it will contribute to reducing global carbon dioxide emission for years to come.
- Wind energy is creating a large number of jobs. A 2017 study states that the solar and wind power sectors are creating jobs 12 times faster than the rest of the U.S. economy.
- On February 22, 2017, Denmark powered the entire nation for the day using only wind energy.