As temperatures increase globally, the pursuit of net zero emissions is heating up. Wind power, widely touted as a solution to our reliance on non-renewables for our energy, remains an incredibly controversial source of renewable energy. Could this innovative new design be the solution to the problems faced by wind power we have all been waiting for?
The wind power of today: the good, the bad, and the ugly
Wind power functions by harnessing the kinetic energy of the wind as it moves and converting it into electrical energy. Energy derived from the wind has long been regarded as a viable alternative to our ceaseless reliance on non-renewable sources of energy like coal and natural gas.
Even so, the channelling of the wind into electricity is not without criticism. Among the plethora of critiques faced by wind power are the clearing of land for wind farms, the threat these turbines pose to birds, the aesthetic appeal (or lack thereof) of wind turbines, and the cost of transferring this power to cities.
In order to create wind farms, vast expanses of land must be cleared to make way for the gigantic and space-consuming wind turbines. This leads to the damaging or complete destruction of entire ecosystems. In addition to this, the fast-spinning blades of wind turbines have been known to strike birds and bats mid-flight.
Wind farms, with the exception of this aesthetic turbine for your home, are also criticised for their lack of aesthetic appeal. The turbines in wind farms are beside each other in a seemingly ceaseless arrangement of giant structures. The destruction of the environment for these boringly uniform formations often seems a waste.
Adding to the ever-growing list of problems with wind power as it stands, is the highly contingent and often costly process of transporting wind energy to where it is needed. Wind turbines need to be placed in high-up areas that experience plenty of wind. This means that they often do not work where they are needed.
In order for the power produced by these turbines to be transported to cities and industrial centers where it can help mitigate reliance on non-renewables, extensive networks need to be established across huge stretches of land.
The next generation of wind turbines: relatively compact, stylish, and the perfect way to round out your garden decor
In an effort to solve some of the problems facing the wind power industry, VWT Power Ltd. has designed a wind turbine that boasts a cut-out wind speed of 26 m/s. The VWT Power qr5 features 3 rotors with a diameter of 3,1 meters. The rated power of the VWT Power qr5 is 6,50 kW. The turbine starts spinning at wind speeds of 5 m/s.
The VWT Power qr5 is made using advanced composite materials. One of the materials used in the production of the turbine is carbon fibre. The carbon fibre lends the turbine weight, stiffness, and longevity. The material composition of the turbine is suitable for rough environments, granting it a military grade marine rating.
The helical swept blades ensure that weight is distributed evenly, reducing vibration and the consequent loss of energy to the environment. The UK design is also manufactured in the UK, ensuring ready communication between engineers and manufacturers in the production process.
Is the VWT Power qr5 the answer we have been searching for?
The key difference between the VWT Power qr5 and traditional wind turbines is the accessibility and flexibility afforded to consumers by this updated design. The powerful industrial programmable logic controller that supports the turbine means that it can be configured to comply with grid codes globally.
The smaller size and adaptability of the VWT Power qr5 means that consumers no longer need to be beholden to the whims of costly and inefficient wind power infrastructure. The VWT Power qr5 is part of a shift towards more accessible energy infrastructure (like this minute turbine that is channelling the wind in your backyard).
