New Strategies Wind Energy by Allard Architectures
Downward adjustment in the amount of architectural work in the FGC, Allard architecture has been approached by the producer of more sustainable energy in the Netherlands to improve their design and presentation skills for use in a particular field of wind energy. Take an open attitude to working with the client enabled solutions with multiple objectives and the reasoning that must be met, creating an outcome that has resulted in something extra to the original requirements.
systematic overview wind energy innovation
creating natural helophyte filter wind energy
When asked to assist in the planning and siting of wind turbines on land, architecture Allard research has been used by the University of Wageningen in helping to achieve design solutions that benefit both the community and get the local ecology. With the creation of the dam at Dutch Delta Works in the south, a shallow sea once a mixture of new land reclamation and freshwater lakes in the Dutch landscape. This creates a problem in that some of the river used to flow into the sea, the flow of business in freshwater lakes. Fertilizers are used in field crops dumped into the lake and allow blue algae to grow and prosper. This in turn prevents both the local community to use the lake for recreation and the penetration of sunlight to other underwater ecosystems.
strategoc location choice allard architecture
In the first proposal concerns a group of on-shore wind, Allard Architecture suggested creating a lagoon adjoining the natural filtering that uses electricity generated by wind turbines to pump and clean the dirty water algae systematically. This process involves the creation of a barrier in the ground water and the focus of the production of fresh drinking water filtration system to a natural harbor that was proposed by extending the recreation.
Further development of the project led to a more comprehensive solution that uses research conducted by the Wageningen University and studied by Allard Architecture. Explore the reintroduction of the work of monitoring the amount of salt water in the lake ecosystem to control the amount of algae. In the past, only local areas of water around the lake has been cleaned slues door, but Allard Architecture suggests that through a combination of some of the power generated by a turbine pump water pipelines and submarine, salt water can be achieved in the country and allow local authorities and the underwater ecosystem to receive water without algae.
Nearshore
The Dutch are famous for their geographic dykes and flat landscape follows a large number of human intervention to retrieve the history and protect the land from the sea with twenty-seven percent of land under sea level, and sixty percent of the population living in this area , dykes important to have both physical and emotional.
In a report by the government (the Rijkswaterstaat) is responsible for levee maintenance and care, he stressed that this is not done to protect and maintain the dam in order to ensure their ability to protect the historic land. One proposal submitted by Allard Architecture, and Director of the Dutch supplier of advanced green energy, is to develop a strategy for the integration of wind structure of the existing dam. However, this is a very big task to remove the fear in the minds of the Rijkswaterstaat when proposing additional functions to be performed along the pond system.
Therefore, rather than immediately building the dike, has suggested that wind turbines will be built next to the embankment at the side of the North Sea. By applying a variety of wind turbines at dams along the existing artificial intervention, physical barriers erected. Revenue for maintenance and treatment of other dams can also be generated by sales of green electricity generated by wind turbines for domestic energy suppliers.
Offshore
When asked to research the combination of offshore wind and natural gas energy, Allard looked architecture using a ring with a cable infrastructure to transfer energy to the beach. The idea is to create the possibility of overlap between the two forms of offshore energy production. When the wind blows, the turbines produce energy and use the submarine cable network to transfer electricity to the beach. When there is no wind, gas turbine over-extract natural gas fields and gas transfer electricity produced by the same network of submarine cables. This combination of wind and gas offshore allows certain sites to generate the flow.
Thanks to extensive overfishing of the North Sea, humans have exploited and destroyed the natural habitat for fish stock recovery. Trawl nets large colossal ball marine life out of the water and damage to the seabed where new life is cultivated. Architecture Allard believes that offshore wind groups should be considered as new protected areas of nature. Seeing offshore wind farm in an underwater perspective, the foundations for the turbines to be a simple series of columns under water. Stretched between the columns, algae nets placed by creating new marine habitats support the development of culture and life under water.
