Welcome to VayuMithra - Engineering the Future of Sustainability
List of Services
Wind Assessment
Solar Assessment
Technical Due Diligence
Wind and Solar Energy Training
Technical Services
Comprehensive renewable energy solutions tailored to your needs
Wind Energy
Harness the power of wind with our expert consultancy services designed to maximize your project's potential.
- Feasibility Studies:
Detailed site assessments to determine wind resource potential and project viability.
- Wind Resource Assessment:
Comprehensive analysis from new site identification to suitability confirmation.
- Technical Due Diligence:
Expert evaluation of LTA, LTSA, and TSA agreements for your protection.
Solar Energy
Turn sunlight into savings with our cutting-edge solar energy solutions.
- Solar Resource Assessment:
Precise measurement of solar irradiance and energy yield predictions.
- Performance Testing:
Rigorous evaluationof system performance against design specifications.
- Operational Optimization:
Continuous monitoring and improvement of your solar assets.
BESS Solutions
Energy storage systems to maximize your renewable energy investment.
- Hybrid Systems:
Integration of wind, solar and storage for optimal energy mix.
- Battery Storage:
Custom battery solutions to store excess renewable energy.
- Grid Integration:
Seamless connection of storage systems to existing infrastructure.
How Wind and Solar Power Plants Work on Plains
Plains provide ideal conditions for harvesting renewable energy due to open land, high sunlight exposure, and consistent wind flow. Wind turbines and solar panels are strategically placed across these flat terrains to efficiently convert natural resources into electricity with minimal environmental impact.
Plains are chosen for their open, unobstructed geography which is perfect for energy collection:
Wind Farms: Installed where average wind speeds are consistently high (usually 5–7 m/s or more). Wind turbines are spaced apart to prevent wind shadowing and to maximize energy capture.
Solar Farms: Require large, flat, and sunny areas. Plains allow easy installation of rows of solar panels with optimal tilt angles for maximum sun exposure.
Once installed, the equipment starts generating electricity:
Wind Turbines: Wind turns the blades, spinning a rotor connected to a generator inside the nacelle. This kinetic energy is converted into electrical energy.
Solar Panels: Photovoltaic (PV) cells absorb sunlight and convert it directly into DC electricity, which is then inverted to AC for use.
The generated electricity needs to be usable and stored:
Power is sent through transformers and transmission lines to nearby substations and then to the grid.
Storage Systems: Battery banks or other energy storage systems (like pumped hydro or thermal storage) are used to save excess power for night-time or low-production periods.
