atmospheric water generator (new)

I need this research paper to include specific details on manufacturing an Atmospheric water Generator to be able to fully operate it on Solar power with recycle components ( except for the condensing tubes which need to be food grade for human consumption and the water tank and water path) condensing water from atmospheric ambient air. comparison charts of different types in a table explaining why this method is the best, tabulating the different metallurgy combination of the condensing sink , why this specific combination was choose ( example resistive to rust we add brass copper for conductivity and aluminum for durability and light weight). by using the following: 1-thermoelectric cooling module (TEC) 2-using solar energy 3-auto start and stop based on temperature and humidity ratio of sensor 4- construction design, best available thermally insulated material for the air channel 5- using least amount of electricity for air flow through duct by using convergence and divergent theorem 6-tabulating all values why any design was chosen 7-single fan to condense water from atmosphere and cool the hot side of the TEC heat sink 8- COP of the system needs to be above 2 9-Heat transfer calculation and thermodynamics wherever applicable 10-the dimensions of device 20 cm X 20 cm X 20 cm ( can be flexible whether bigger or smaller) 11-all the chosen materials and items needs a good explanation on why they were chosen such not limited to: cost, thermal conductivity, environmental reactions/impact, cooling benefits, heat loss benefits, 12-actual application to build one 13- needs to be feasible 14- can work in Dubai, U.A.E. harsh hot/humid environment 15-actual flow simulation and heat dissipation simulation 16- needs to work independently off grid 17- a micro-controller will be programmed to start and stop the device ( this needs to be taken into consideration) 18- DC power supply only 19- Solar panel selection based on comparison of all types 20-fan supply needs to be variable frequency driven (calculation that needs to be also included to be inputted in the micro controller to start and stop that system and fan speed frequency) 21- considering the formulas need to be addressed where they are used 22-TEC module selection should be also into account based on the type, output cooling quantity , placement of the TEC on the condensing sink, flow path, heat transfer calculation 23- a series of formulas that need to be inserted in the micro-controller in terms of temperature, humidity, dew point, device on / off, fan variable frequency drive, TEC module 24-user friendly to assemble and manufacture 25- engineering design Note this document will be used along side with the actual manufacturing and application ( which I will be doing)