Power Calibration Technology

“Make a mountain of a mole”

Power calibration technology is a highly sophisticated engineering excellence and only one of its kind in the world. This state-of-the-art technology is one of the off-springs derived from the Cosmic Energy with the help of Ateendriya Ancient Tantric and Engineering Science. This technology has been brought to the world by M/s. Gurukripa Enterprises situated in Trivandrum, South India, headed by Scholar of Ateendriya Ancient Tantric, Herbal, Engineering and Radiation Science – Acharai Sri Barat Venkit.

Power calibration technology is capable to calibrate power @ 30 times and guarantees the output constantly without interruption 24×7 non-stop for decades at an amazing marginal and negligible recurring running expenditure. This technology will make your esteemed Nation, a power surplus territory without the help of any dangerous and polluting power generating systems. Your esteemed Nation can therefore further reap the benefits of accelerated industrial and agricultural growth, thanks to the abundant supply of sufficient uninterrupted electricity at the lowest cost. This will make your country’s products most competitive in the world market.

Highlights of Power Calibration Technology:

Sl. No.Features of Power Calibration TechnologyEfficiency level
1Output volume of Power Calibration technologyConstant delivery @ 30 times more than the input power
2Rate of air pollution0% (100% pollution-free)
3Rate of noise pollution0% (100% silent)
4Cost of the equipmentUSD 500 approximately for a domestic unit
5Life span of the equipmentMinimum of 40 years on using constantly
6Capacity of an industrial unit6 KWh per 1 hr (for a low variant)
7Where to install the Calibration equipmentAnywhere, where an active electric point is available. It can also be attached with solar or wind mill generating systems
8Loss of energy in transmissionZero

Plant cost comparison of various conventional as well as renewable power generating systems:

Sl. No.Type of Power PlantTotal installation cost of the plant
1Hydro power plantUSD 2.5 billion
2Thermal power plantUSD 2 billion (for 600 MWh coal-based plant)
3Nuclear power plantUSD 9 billion (for 1100 MWh plant)
4Wind mill power plantUSD 15 billion (for 1000 MWh)
5Solar-based power plantUSD 20 billion (for 1000 MWh)
6Power Calibration TechnologyUSD 1 million (for 1000 MWh)

Production cost – a comparative chart:

Sl. No. Type of power plant Production Cost
1 Coal-based power plant 7-14 cents per KW
2 Wind mill power plant 4-9 cents per KW
3 Natural gas power plant 7-10 cents per KW
4 Nuclear-based power plant 15 cents per KW
5 Hydro power plant 0.85 cents per KW
6 Solar-based power plant USD 50 per 1 MW
7 Power Calibration system Nil cost

Space utilization of various power plants:

Sl. No.Type of power plantSpace utilization
1Coal-based power plantHectares of land for mining coal, and hectares of land for the power plant
2Wind mill power plantA minimum of 100 hectares
3Natural gas power plantHectares of land for mining natural gas, and hectares of land for the power plant
4Nuclear-based power plant1 sq. mile for the plant, and large area for mining raw materials required for nuclear fusion
5Hydro power plant5000 hectares for a medium size plant
6Solar-based power plant5 acres for 1 MW
7Power Calibration system50000 sq. ft. for 1000 MW or 15 sq. ft. for a domestic unit

Inbuilt danger/risk in existing power generating systems:

Sl. No. Type of power plant Inbuilt danger/risk
1 Coal-based power plant
  • Tons of solid waste
  • Highly toxic air pollution causing even global warming
  • Large scale coal excavation leading to dangerous impact on the eco-system
2 Wind mill power plant
  • Large scale wind mill installation is causing diversion of natural air flow routes resulting in seasonal imbalances and completely upsetting the climatic environment
3 Natural gas power plant
  • Large scale air pollution
  • High risk of explosion as they deal with highly inflammable substances
4 Nuclear-based power plant
  • High level of radiation impact.
  • Almost 100 sq. km. of area around the plant will be life-less for decades in case of any nuclear explosion. Eg: Explosion in Fukushima nuclear plant in Japan and Chernobyl nuclear plant in Russia.
  • Tons of nuclear waste is being produced from each nuclear plant while generating electricity. This nuclear waste disposal is a major cause of concern all over the world. Presently it is stored using steel cylinders as radio-active shield or using deep geologic formulations. Disposal of nuclear waste has many concerns as the leakage of the nuclear waste may result in huge environmental disaster. The present nuclear waste disposal system is very costly and is not affordable even by developed nations. Most of the employees working in nuclear plants are suffering from skin cancer
5 Hydro power plant
  • Large area of land is forced to be submerged under water affecting deforestation and all its inhabitants
  • Dam is always highly vulnerable to breakage in case of earthquake, attack by enemies or sudden flow of water due to incessant rain. Any explosion in the dam will end up in uprooting kilometers of area. Lakhs of people may be killed in the catastrophe damaging all movable and immovable properties. Many scientifically constructed dams taking all possible precautions have exploded in the past causing large scale catastrophes. It is like a timeless time-bomb and could end up in man-made invitation to devastation.
6 Solar-based power plant
  • Large area of cultivable land becomes useless
  • Large scale installation of solar system will amount to global warming
  • Large scale installation of solar plant will neutralize oxygen level substantially especially in the surrounding areas of the plant. Human beings and other living inhabitants will have dangerous side-effects due to this power producing system.
7 Power Calibration system
  • Zero air pollution, noise pollution, water pollution, soil pollution
  • It will purify the air quality in and around the plant
  • It can be stated without exaggeration that this system is free from all types of above highlighted risks and direct or indirect adverse impact on the Nature

Other advantages of Power Calibration Technology:

  1. Nil loss of energy in transmission as it is completely a decentralized system of power generation
  2. Decentralized power generating system will help to reduce huge expenditure presently being incurred on power distributing network
  3. Power Calibration system can be made suitable for residential, small, medium and large-scale industries
  4. Huge potential to tap and conquer the global export market
  5. Very convenient and easy to install the system within the premises of residences, shops, schools, factories etc. The portability of the equipment will be also an added advantage

A pilot project of this technology can be completed within a timeframe of less than 100 days subject to providing the required infrastructure, man power and resources.

View Detailed Project Report of Power Calibration Technology

Proposal solicited from corporate houses having inter-continental infrastructure or governments to implement the project.

View all Ateendriya Ancient Scientific Engineering Projects

Contact: [email protected]