Sustainable AASTMT

[2.10] Greenhouse gas emission reduction program

50 Kw roof mounted PV power plant on-grid (Building C, College of Engineering and Technology, Abo Quir campus)	150 Kw PV plant on-grid  (50Kw roof +100 Side ) (College of Engineering and Technology, Aswan campus)
100 Kw PV plant on-grid  side plant (College of Engineering and Technology, Aswan campus)	50 Kw PV plant roof mounted on-grid (College of Engineering and Technology, Aswan campus)
Solar Heater for on roof of university of pharmaceutical [Abo Quir campus]	Solar and smart Electric charger (In Alamein Campus)
10Kw Solar PV system for Irrigation Pumping and water Treatment in Abo Quir campus, AASTMT Renewable, Innovative & Integrated Water Treatment Unit
2 kW VAWT is to be installed and integrated with the available 50 kW PV provided by internal fundig project (Innovation Research Grant (IRG) in AASTMT)
Abo Quir campus energy consumption has been analyzed using Smart Monitoring system

Description:

1. Using renewable energy for electricity that reducing purchased electricity
2. Use solar pumping for irrigation and water treatment
3. Establish smart energy monitoring system
4. The AASTMT established the 1^st roof mounted PV plant of 50 Kw grid connected for self-consumption over building G of collage of Engineering and Technology, Abo-Quir campus, Alexandria
5. The AASTMT has installed the 2^nd PV plant of 150 Kw divided into 2 sub-plat 100KW on side of building and 50 Kw on roof of faculty of engineering, on-grid operated as fed-in-tariff, Aswan campus, AASTMT. 
6. 10 Kw PV plant for solar irrigation pumping and water treatment has been installed in Abo-Quir campus, Alexandria.
7. Unit of smart solar electric vehicle charger in Alamin Campus, AASTMT.
8. Renewable, Innovative & Integrated Water Treatment Unit
9.  2 kW VAWT is to be installed and integrated with the available 50 kW provided by internal fundig project (Innovation Research Grant (IRG) in AASTMT)