Software

Design software for solar systems on Hotels in Cyprus

Εγχειρίδιο Σχεδίασης και Εγκατάστασης Ηλιακών Συστημάτων Για Ξενοδοχεία στην Κύπρο.

 Download the Zip file *

( 1.83Mb)

 * Please remember to install the program in the

MY DOCUMENTS directory on your C: drive.

The program might not work properly if it is

 moved to an other directory.

Data

MeanDailyMaxMin_1991_2000

(35Kb xls)

Global_Radiation_2002untill2005

(24Kb xls)

MixingRatio_SummaryTable_1991_2000

(22Kb xls)

_____

Cooling and Heating Degree-days

(1.33Mb PDF)

 Mean   Hourly   Global   Solar  Radiation in CYPRUS

1999-2002

(186Kb PDF)

Χάρτης Δικαιωμάτων του Πολίτη

(54Kb PDF)

http://www.retscreen.net/ang/menu.php

Solar Water Heating Project Model.

The RETScreen Solar Water Heating Project Model can be used world-wide to easily evaluate the energy production, life-cycle costs and greenhouse gas emissions reduction for three basic applications: domestic hot water, industrial process heat and swimming pools (indoor and outdoor), ranging in size from small residential systems to large scale commercial, institutional and industrial systems.
 

Passive Solar Heating Project Model
The RETScreen Passive Solar Heating Project Model can be used world-wide to easily evaluate the energy production (or savings), life-cycle costs and greenhouse gas emissions reduction for passive solar designs and/or energy efficient window use in low-rise residential and small commercial building applications. The model can be used where there is a relatively significant heating load. The model calculates, for both retrofit or new construction projects, the difference in heating and cooling energy consumption between a proposed passive solar building design (or energy efficient window use) and an identical building but without the passive solar (or energy efficient window) features.

Solar Air Heating Project Model
The RETScreen Solar Air Heating Project Model can be used world-wide to easily evaluate the energy production (or savings), life-cycle costs and greenhouse gas emissions reduction for two basic applications: ventilation air heating and process air heating. The model is designed specifically for the analysis of transpired-plate solar collectors. This emerging technology has been successfully applied in a range of applications from small residential to larger commercial/industrial scale ventilation systems, as well in the air drying processes for various crops.