Presentacion ingles2003

WE HAVE TO consume the energy that we really need.

WE SHOULD acquire the most efficient appliances.

WE CAN install renewable energy.

WE SHOULD use public transport or, at least, drive efficiently.

WE MUST become aware of caring for the environment.

LOCATION MAP

SITE MAP OR URBAN MAP

Inaugurated in 2008 by the Valencian government, with a final investment of € 3,767,500, which was supported by European funds.

Initially conceived as a training center of SERVEF.

HIGHER TECHNICIAN IN RENEWABLE ENERGY

POSTAL ADDRESS

PHONE NUMBERS

EMAIL ADDRESS

TRAINING PROGRAMS BRANCHES

WWW.SERVEF.ES

WWW.EDU.GVA.ES

CIPFP CATARROJA

OCCUPATIONAL TRAINING

PROFESSIONAL TRAINING

INTERMEDIATE LEVEL TRAINING CYCLE

HIGHER TRAINING CYCLE

PROFESSIONAL CERTIFICATES

P.C.P.I.

WORK UNIVERSITY

EQUIPMENT AND ROOMS IN THE CENTER

HALL

MAIN CORRIDOR

6 MULTIDISCIPLINARY CLASSROOMS: AULA 1-1,1-2, ……………….1-6:

LABORATORY ANALYSIS OF PLANT AND SOIL

WORKSHOPS

AUDITORIUM

TEACHERS' AREA

RECEPTION AND ADMINISTRATION ROOM

WC

HALL

SECONDARY CORRIDOR

MAIN CORRIDORCLASSROOMS

Classrooms 1-1...1-5 WITH PERSONAL COMPUTERS

Classrooms 1- 6 WITHOUT PERSONAL COMPUTERS

Classroom 1-1 computer equipment

20 PCs

20 SCREENS P = V* I = 240* 1.2 = 288w

P = V* I = 240* 1.25 = 300w Total P = 300* 21 = 6300w = 6.3 kw

Total P= 288* 21 = 6048w = 6 kw

Classroom 1-1 computer equipment

1 PLOTTER

P = V* I = 240* 2 = 480 w

1 SCANNER P = 21 w

Classroom 1-1 LIGHTING

P = 54* 15 = 810 w

Classroom 1-1 AUDIOVISUAL MEDIA

P = V* I = 240* 2 = 480 w

Classroom 1- 1 TOTAL ESTIMATED CONSUMPTION

LIGHTING 810 w = 0.81 kw

Computer equipment

6000 + 6300 + 21 + 480 = 12801 w = 12.8 kw

AUDIOVISUAL MEDIA

480 w = 0.48 kw

TOTAL POWER INSTALLED 14090 w = 14.09 kw

Classroom 1-1 Classroom 1-2 Classroom 1- 3

TOTAL POWER INSTALLED 14090 w = 14.09 kw

Classroom 1-4

P = V* I = 240* 1.5 = 360 w These screens are less efficient than previous.

P = V* I = 240* 1.2 = 288w

Total power = 360* 21 = 7560 w = 7.6 kw

Total power = 288* 21 = 6048w = 6 kw

Classroom 1- 4 TOTAL ESTIMATED CONSUMPTION

LIGHTING 810 w = 0.81 kw

Computer equipment

7600 + 6300 + 21 + 480 = 14401 w = 14.4 kw

AUDIOVISUAL MEDIA

480 w = 0.48 kw

TOTAL POWER INSTALLED 15690 w = 15.69 kw

Classroom 1- 5 ESTIMATED TOTAL

P = V* I = 240* 0.7 = 168 w These screens are the most efficient.

P total = 128* 21 = 3528 w = 3.5 kw

P = V* I = 240* 1.5 = 360 w

Total power = 360* 21 = 7560 w = 7.6 kw

Classroom 1-4

LIGHTING 810 w = 0.81 kw

Computer equipment

3500 + 6300 + 21 + 480 = 10301 w = 10.3 kw

AUDIOVISUAL MEDIA

480 w = 0.48 kw

TOTAL POWER INSTALLED 15690 w = 11.59 kw

Classroom 1- 5 ESTIMATED TOTAL

AULA 1- 1 AULA 1- 2 AULA 1- 3 AULA 1- 4 AULA 1- 5

P = 15.69 kwP = 14.09 kwP = 14.09 kwP = 14.09 kw P = 11.59 kw

Power per luminaire = 250 w

Total power = 2000 w = 2 kw

MAIN CORRIDOR

P = 1800 w

P = 500 w

P = 500 w

Coffee machine

Snack machine

Drink machine

Total power = 2800 w = 2.8 kw

Total power = 2800 w + 2000 w = 4800 w = 4.8 kw

Total power = 14.09 kw

MAIN DEALER CLASSROOM

Total power = 4.8 kw

P = 70 kw

CHANGE FLUORESCENT TUBE LIGHTS

CURRENTLY

P (classroom) = 810 w

P (total) = 4860 w = 4.86 kw

SUGGESTION

P (fluor tube light) = 54 w

Lumens = 3400 lumens

Luminous efficiency = 3400 lumens / 54 w= 63 lum per watt

P (classroom) = 420 w

P (total) = 2520 w = 2.52 kw

P (fluor tube light) = 28 w

Lumens = 2900 lumens

Luminous efficiency = 2900 lumens / 28 w= 103 lum per watt

Price= 6 €

Consumption= 4.86 kw * 12 h * 0.14 = 8.2 € per day

Consumption = 8.2 € *300 = 2460 € per year

Consumption= 2.52 kw * 12 h * 0.14 = 4.2 € per day

Consumption = 4.2 € *300 = 1,260 € per year

Total amount of investment= 6 *90 = 540 € TIR = 5 MONTHS

CHANGE LCD SCREENS BY LED SCREENS

CURRENTLY

P (classroom) = 6048 w

P (total) = 30240 w = 30.2 kw

SUGGESTION

P (screen) = 288 w

Lcd technology

P (classroom) = 441 w

P (total) = 2205 w = 2.2 kw

P (screen) = 21 w

Led technology

CURRENTLY

P (total) = 30240 w = 30.2 kw

SUGGESTION

P (total) = 2205 w = 2.2 kw

Daily consumption= 30.2 kw * 8 h * 0.14 = 33.8 € per day

Annual consumption =33.8 € *300 = 10.147 € per year

Daily consumption= 2.2 kw * 8 h * 0.14 = 2.46 € per day

Annual consumption = 2.46 € *300 = 739 € per year

Price of the screen = 100 €

Total investment= 100 € * 100= 10,000 €

Investment Return Rate = 1 yearIRR

HOLDING CONFERENCES ABOUT CONSUMPTION HABITS IN THE AUDITORIUMaddressed to:

STUDENTS OF OCUPATIONAL TRAINING

STUDENTS OF PROFESSIONAL TRAINING

STUDENTS OF P.C.P.I

TEACHERS AND PUBLIC WORKER

BRAINSTORMINGS DISCUSSIONS VIDEOS WORK GROUPS

Design a protocol for rationalization of energy consumption.

Install photovoltaic solar energy.

Install solar thermal energy.