HARVESTING WIND THE SMART WAY
Modern man's dependence on electric energy is growing exponentially. While traditional energy resources are being depleted, renewable energy sources are becoming more and more essential for mankind's progression.
Although it's significant importance, researches show that less than Of the global electricity generation is coming from renewables (i.e., biomass, geothermal, solar, hydro, wind, and biofuels). Up-to-date estimates predict that renewable energy demand will grow by 5% yearly, which are 1% higher than the demand for traditional energy sources.
Up-to-date estimates predict that renewable energy demand will grow by 5% yearly, which is 1% higher than the demand for traditional energy sources.
Wind is the second most productive renewable electric energy source to date.
Wind-based energy solutions have been around for many years now, reshaping the global electric energy industry by presenting reliable, green, and relatively effective energy harvesting solutions.
Unfortunately, due to their high cost and inefficient performance in non-optimal wind conditions, many choose other, often non-environmentally-friendly, energy sources.
A revolutionary electro-mechanical design for wind turbines that optimizes their performance by up to 500% in all wind-speed conditions.
Using our patent pending DirectionVVing design, The turbine immediately reacts to wind direction changes, allowing optimal operation even in low-speed wind conditions, as well as increases the turbine efficiency in high-speed wind conditions. By improving the turbine's mechanical parts reliability We allows smoother, hassless, and continuous operation.
Our patent is based on a process of wind condensation (i.e. taking wind from space and directing it to the desired area which is the third at the inner end of the turbine wing).
The Solution / Supportive Data
Gizmo Engineering Ltd. experiment results / Summary:
"It's easy to see from all forms of presenting the data, that the Direction Wing turbine spun faster and more of the time. The variation in performance factor (the relation between the 2 turbine total V•sec) between the test can be explained by the fact the conventional turbine can't startup under low turbulent wind speed, so was idle for much Of the time while the new design spun effectively."
Boosts wind turbine's performance by up to 500% in comparison to traditional wind turbines. Excels in all wind speed conditions
Affordable & Reliable
Improves ROI by dramatically reducing maintenance need.
Smaller and lighter turbines that generate more energy than their big and heavy predecessors.
Less materials, smaller packages, and much lighter means reduced pollution footprint
Yossi has more than 23 years of hands-on experience in the Electricity and Air Conditioning fields, Yossi has massive theoretical and practical engineering background in complex electronic and networking deployments.
Shavit has over 20 years of experience in different senior managerial roles in the Tech industry. Shavit has vast experience in planning and overseeing the execution of business plans in different teams in small to large organizations.
Gilad is a serial entrepreneur with more than 21 years of experience in the HLS and Cyber industries. Gilad is a senior advisor and a board member in a variety of local and global technological ventures.
Chairman of Board
Menachem became a serial investor and partnered with "Grain Farming Automation Ltd". He was also previous the CEO of a public Israeli company in the Tel Aviv stock exchange.