A windy sunshine day: Fatz RNW Energy Division

Fatz RNW Energy Division

Comprised of four parts under two types of public private partnerships (PPP) : design, build operate maintain(DBOM) and build own operate and transfer (BOOT.)

1. Wind Turbines

2. PV systems

3. Solar systems

4. Tidal systems

R& D:

1. Hybrid PV/Wind systems using Artificial Intelligence (AI) for flyby wire automataion
2. Nanotechnology for PV via the Snood Effect.

Partners approached with positive response that are key relationships to develop:

Financing Institutes /eco funders
Suzlon India
Vestas Denmark
RNW UK
Millennium Technologies Ltd /University of Tel Avi PS1 technology for PV cells manufacturing.
THA –Cove Industrial Estate
LABIDECO-NEC
MEEI-GORTT/Green Fund
MPU-T&TEC-GORTT






Our Purpose :

To use resources in T&T to build a viable manufacturing facility & marketing structure for export & domestic consumption of:
(a) 15MW to 25 MW power range of Wind Turbine engine system, 8000 individual parts with zero carbon emission and kWh production of $0.03 US (3US cents/kWh) into the existent electrical grid . Lifecycle of these systems to exceed 50 years. The manufacturing competition would be coming France Dassult Group, USA GE Power , Japan Hitachi Power Systems and Germany Siemens Group. Fatz’s competitive advantage would be cost, quality and ingenuity. In fact Fatz business goals includes being the out sourcing production plant for the above mega players including Suzlon and Vestas wrt to Wind turbines.
(b) 5MW to 10MW power range of Tidal/Wave electrical engines to harness kinetic energy as a result of the gravitational effect and rotation of the moon on large bodies of water such as the ocean and sea in the creation of tidal action as well as the expansion and contraction of the earth’s crust waves in our open body waters and the effect of surface wind on these waters to create waves. Waves are to be minimum 0.5 meters in height and frequency of a minimum of five per hour to make this system viable. Tidal fluctuations to be effective must exceed 1 meter variance for the engine to work cost effectively. Again the goal is power production of $0.01 US (1 US cent)/kWh into the existent electrical grid and a lifecycle to exceed 50 years.
(c) Light industrial/Household hybrid Solar/PV /wind tri-systems utilizing AI with a life cycle of fifty years and up to 14 Ampere range, either 110 V/220V with daily kWh production of up to 100kWh capacity at a cost of $0.05US ( 5US cents) /kWh to $0.08US (8US cents) /kWh and 200 litres hot water of temperature up to 65 Celsius per hour for household use via the solar component of the tri-system.
(d) Development of the first generation PV systems using nano –carbon tubes and air pressure differential( wind) to create an electrical discharge in conjugation with Prof.Snood Phd at the Tata Institute of Material Science in India
(e) Development of the first generation PV system using PS-1 substrate technology in conjugation with University of Tel Avi /Ramoth Institute of Technology and Millennium Technologies of Israel.
(f) The manufacturing of mega solar heating systems that are premised on solar farms (minimum 12000 square meters ) using biomass oil for heat transference and Cogen power and the other system of Concentrated Solar Tower (CST) using salt or graphite /boron for heat transference and storage , which again uses Cogen technology for electrical power generation. This is in the 10MW power production range and the cost range at $0.08 US per kWh and lifecycle at 30 years.

The economic spin off for the SIDS of TnT would be in the tens of Billions dollars and job creation in the tens of thousand . The initial kicker would exploit low cost energy from the hydrocarbon base economy existent but like the thermonuclear phenomenon , the process will continue on its own “steam” pardon the pun. This business sector is in the sunrise and we forecast maturity in 2045, more than thirty years from know carrying TnT beyond the critical 2026 marker of exhaustion of HC as a commercial entity , if using current consumption rates of 2010.

The recently signed document with respect to Carbon tax offset gives us great hope, but that is another story of opportunity that requires its own business proposal.

Requirements:

Land: 200 hectares
Capital: $150 Million US
Labour : Post graduate , Engineers and technical specialty skills & crafts example CNC , molders and sculptors in clay, wax and wood modelling
Energy : to cost $0.06 US per kWh
Water : minimum 350,000 L of clean water non-potable.
Deep water harbor access
Tax concessions /holiday for nascent industry
Ministerial exemption permits for equipment and personnel
Access to electrical infrastructure/grid and forward contract of power purchase that allows minimum 25% GPM.
Waste water treatment recovery plant.
Low cost raw materials , plastics , steel , aluminum , silica , nickel, silver and copper.

Market :
LAC region
Est .Revenue forecast $200 Mil US to $450 Mil US per annum
Est. ROI 23% pre carbon tax credit 55% carbon tax credit adjusted

Financial Scheme:

Grant and bond

20% Grant and the remainder 80% bond term 25 years capped at 9% floating rate LIBOR I Year plus 8%.