The historical path that rail wind power generation technology has traversed.
Green hydrogen generation with 24 hours green electricity (combination of wind power, solar power, hydro power, mechanical power and magnetic power) is possible only if the technology is available to produce large quantities at low cost.
Train wind power generation technology is a patented technology Conceptually being tested to ensure that the technology is correct.
We have made an attempt to place a wind turbine near the electric poles on the running train track and prove that it is possible to generate electricity by using the side wind generated while the train is running.
Since there was no official response or support received from the railways dept , We went to the Madras High Court and obtained a writ order . With it we have proved it that it is possible to generate electricity by using the side wind generated while the train is running as we see in the video , testing with various types of wind turbines.
On successful testing and further study we have developed a design of moving train on a private railway track in25-hectares, loop was constructed to run the train continuously 24 hours a day, thereby generating green electricity. This technology will manufacture electricity at low cost . we have demonstrated it through CFD technology.
There is a video explanation for that.
Key points of green hydrogen production :1. Raw material : Green Electricity and high purified water without scarcity
2. Technological Feasibility : Part-time green power generation (solar and wind) to 24 hours green power generation (solar and wind)
3. Commercially profitable possibilities
Market product: 350 bar pressurized 1 kg of green hydrogen = ₹320 - 400 INR or $4-5 USD
1. Required power : 1kg x 350 bar =100 -110 unit
* 50 units for 1 kg x4 bar hydrogen
* 25 units for 4 bar to 350 bar high compression
* 20 units for transportation I. e. Hydrogen to Ammonia
* 5 units for 10 litre water purification)
2. Required water for 1 kg=10 liter (high purified)
3. Product's Profit and Loss account :
For 1 kg with 350 bar pressure GH2 gas
Existing technology :
Expenses $10 USD ; Revenue $5 USD
REAP KODI technology:
Expenses : $2 USD ; Revenue $5 USD
4. Investment for 1 MW Green Hydrogen
Existing : 6.4 Crore (Ref:ICGH - 8,00,000 Crore for 125 MW for 5 MMTPA green hydrogen)
REAP KODI : 1.06 Crore for 125 MW for 5 MMTPA green hydrogen)
5. Benefits -
5.1 Public : Low cost electricity and gas
5.2 Government : Tax revenue
5.3 Society members : Share profits
6. Green Hydrogen production through PEM technology only
7. Storage and Transportation are existing methods
REAP target 11. 10 kilowatt mechanical power generator for 24 hours power generation
2. An Wind Electric Vehicle powered by a 5 kilowatt wind Loop-able mechanism.
Target 22 MW Circular Train Wind Power Generation with MNRE R&D funding
Target 32022 Oman's commitment to produce 2000 MW of green electricity and green hydrogen through circular train wind power generation technology.