PROJECT-1

Artificial Wind Energy

The Vision Behind Artificial Wind Energy

Inspired by the environmental risks of nuclear energy, particularly the Chernobyl disaster of 1986, and the limitations of conventional wind turbines, I envisioned a sustainable, reliable, and affordable energy solution.

Observing a windmill’s dependence on unpredictable natural wind, I asked, “What if we could create and control wind to generate electricity continuously?” This question sparked the development of AWE, a system that leverages advanced fluid dynamics to produce artificial airflow, enabling 24/7 power generation with minimal environmental impact.

Working Mechanism of Artificial Wind Energy

The AWE system is a disruptive innovation that generates controlled, high-speed airflow to produce electricity efficiently. The working mechanism is as follows:
• High-Speed Centrifugal Blower : Initiates high-pressure airflow at the duct inlet, creating a low-pressure zone inside the duct.
• Proprietary Aerodynamic Duct : Based on Bernoulli’s principle, the duct draws in ambient air from multiple points, increasing the mass flow rate by 9 to 10 times (from 18,000 CFM to 126,000–162,000 CFM).
• Airspeed Amplification : Confidential design elements and aerodynamic airspeed boosters enhance airflow velocity to 25 m/s, ensuring continuous acceleration through the duct without resistance.
• Reduced Air Resistance : A proprietary airflow synergy mechanism minimizes turbulence and opposition, allowing seamless integration of ambient and internal airflow. Another confidential design further reduces resistance, maximizing torque.
• Turbine and Alternator : High-speed airflow drives the turbine, which rotates an alternator to generate electricity. Proprietary stabilization mechanisms maintain consistent RPM, torque, and wind speed under load, achieving turbine efficiency above 90% (compared to 10–20% reductions in conventional systems).
• Energy Efficiency : The system adheres to the law of conservation of energy, utilizing Bernoulli’s principle, the Venturi effect, aerodynamic techniques, Newton’s laws of motion, and special-purpose designs to optimize air density and velocity.
• 24/7 Green Energy : By generating artificial wind, AWE operates continuously, independent of weather, providing reliable, low-cost green energy at ₹3 crore/MW, significantly lower than solar (₹3.5 crore/MW) and conventional wind (₹4–5 crore/MW).

This innovative design, perfected through 16 years of experimentation, ensures high efficiency, scalability, and sustainability, making AWE a game-changer in renewable energy

Economic Viability : Annual Unit Production and ROI

Project Specifications : Capacity – 1 MW
Capital Cost : ₹3,00,00,000
Capacity Utilization Factor (CUF): 80%
Electricity Rate : ₹3.5 per kWh (assumed)
Annual O&M Cost : ₹12,00,000 (assumed)
Other Costs (insurance, taxes): ₹3,00,000 (assumed)
Project Lifespan : 25 years (assumed)
Losses : 10% (assumed)

Calculations Of Annual Unit Production –
Maximum potential generation (100% CUF): 87,60,000 kWh/year
Generation at 80% CUF: 87,60,000 kWh * 0.8 = 70,08,000 kWh/year
After 10% losses: 70,08,000 kWh * 0.9 = 63,07,200 kWh/year (63.07 lakh units)

Annual Revenue :
Revenue = 63,07,200 kWh * ₹3.5 = ₹2,20,75,200 (₹2.21 crore)

Annual Net Profit :
Total Costs = O&M Cost (₹12,00,000) + Other Costs (₹3,00,000) = ₹15,00,000
Net Profit = Revenue – Costs = ₹2,20,75,200 – ₹15,00,000 = ₹2,05,75,200 (₹2.06
crore)

Return on Investment (ROI) :
Annual ROI = (2,05,75,200 / 3,00,00,000) * 100 = 68.58%
Payback Period = 3,00,00,000 / 2,05,75,200 = 1.46 years
ROI Over 25 Years : Total Net Profit = 25 * ₹2,05,75,200 = ₹51,43,80,000
Net Profit After Investment = ₹51,43,80,000 – ₹3,00,00,000 = ₹48,43,80,000

Conclusion :

Annual Electricity Production: 63,07,200 units (kWh)
Annual Revenue : ₹2.21 crore
Annual Net Profit : ₹2.06 crore
Annual ROI : 68.58%
Payback Period : 1.46 years
ROI Over 25 Years : 1614.6%

Notes :
AWE’s 80% CUF is achievable due to its 24/7 operation, far surpassing conventional
wind turbines (25–35% CUF).
Assumptions (₹3.5/kWh, ₹12 lakh O&M, 10% losses) align with Indian renewable
energy standards.Tax benefits and subsidies could further enhance ROI.

Environmental and Social Impact –

Zero Emissions : AWE produces no greenhouse gases, supporting India’s Net-Zero by 2070 target and UN Sustainable Development Goals (SDGs).

Minimal Pollution : The enclosed system generates negligible noise and no air pollutants (e.g., SOx, NOx).

Wildlife Safety : Unlike conventional wind turbines, AWE poses no risk to birds or bats.

Land Efficiency : Its compact design allows installation on rooftops or small plots, preserving agricultural land.

Social Empowerment : Targets 500,000 off-grid villages in India, remote Himalayan regions, and disaster zones, reducing electricity costs.

Economic Opportunities : Modular design fosters local manufacturing, creating green jobs for small and medium enterprises (SMEs).

Challenges and Financial Appeal –

After 16 years of self-funded research, I have developed a highly effective AWE design, but I am now constrained by financial challenges:

1. No Institutional Support : Despite approaching government bodies, I received no funding or recognition.

2. Personal Sacrifices : I sold my farmland, vehicle, and incurred debts to sustain the project.

Current Needs :
● ₹1.5 crore for a full-scale working demo model (small-scale models are
inadequate due to specific airflow and pressure requirements).
● ₹15 lakh for global patent filing to protect proprietary designs.
● ₹13 lakh to clear debts and ensure financial stability.
Total Funding Required : ₹1.78 crore

Current Situation : Mental & financial breakdown

Today, I have created a highly effective design, but I am now trapped in a severe financial crisis.

I’ve become a subject of ridicule — from family, society, even the very people who once praised me.
On one side : my project.
On the other side : family responsibilities.
Then: rising debts, mental pressure, and public humiliation.

I feel cornered from all directions. Even my home and relationships have suffered. Neighbours, friends, and relatives avoid talking to me. I feel abandoned.

At times, I wonder —
“Am I doing research… or committing a sin?”
But every time this darkness tries to consume me,
I find strength and power in my own project.
It is my power bank — my purpose.

My Humble Request –

I seek your financial support to overcome these hurdles and realize AWE’s potential.
Your contribution will enable. Construction of a full-scale demo model to showcase AWE’s capabilities.
Global patent filing to safeguard the technology. Debt clearance to focus on advancing the project. I am open to offering partnership or equity in the project to investors, ensuring mutual benefits. Your support can ignite a global energy revolution.

🏦 Bank Details for Contributions

Bank Name : ICICI Bank
Branch : Fursungi, Bhekrainagar, Pune.
IFSC Code : ICIC0003376
Account Holder Name : Sachin Anant Baride
Account Number : 337601501813
UPI ID : socialsachin1@icici
PayPal : https://www.paypal.me/inventorsachin

Why Support Artificial Wind Energy?

AWE is a transformative solution with unparalleled advantages:
Cost-Effective: ₹3 crore/MW, with a 1.46-year payback period and 1614.6% ROI over 25 years.
Reliable : 24/7 operation with 80% CUF, unlike weather-dependent wind and solar systems.
Sustainable : Zero emissions, minimal land use, and no wildlife impact.
Scalable : Suitable for urban rooftops, rural electrification, and disaster zones.
Global Impact : Reduces reliance on fossil fuels and nuclear energy, enhancing energy security. By supporting AWE, you are investing in a sustainable future, economic growth, and energy access for all.

Contact for Collaboration

I invite you to explore AWE’s potential and discuss collaboration opportunities:

Visit : Bhekrainagar, Gurudatta Colony, Fursungi, Pune – 412308, Maharashtra, India

Call/WhatsApp : +91 9130856361

Email : support@inventorsachin.com, inventorsachin@gmail.com