distributed power: responsible wellbeing for smart microgrids

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Distributed Power: Responsible Wellbeing for Smart Microgrids Encuentro de Constituyentes de Energía Instituto Nacional de Energía Sostenible Isleña Universidad de Puerto Rico 11 – agosto – 2016 Marcel J. Castro Sitiriche Colegio de Ingeniería, Recinto Universitario de Mayagüez

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Page 1: Distributed Power: Responsible Wellbeing for Smart Microgrids

Distributed Power:Responsible Wellbeing for Smart Microgrids

Encuentro de Constituyentes de EnergíaInstituto Nacional de Energía Sostenible Isleña

Universidad de Puerto Rico11 – agosto – 2016

Marcel J. Castro SitiricheColegio de Ingeniería, Recinto Universitario de Mayagüez

Page 2: Distributed Power: Responsible Wellbeing for Smart Microgrids

Is technology neutral?Write down:

• YES or NO

• WHY?

P

Page 3: Distributed Power: Responsible Wellbeing for Smart Microgrids

Neutrality of Technology•Technology could be used for good or for bad

•Technology changes the way we live

•Technology is NOT neutral

Page 4: Distributed Power: Responsible Wellbeing for Smart Microgrids

Technology is not Neutral•Technology is changing our lives

•We need to know our role in social change

•We need to assume responsibility in society

P

Page 5: Distributed Power: Responsible Wellbeing for Smart Microgrids

Toa Alta: Boriquén

Photo credit: marcel

Page 6: Distributed Power: Responsible Wellbeing for Smart Microgrids

Toa Alta: Boriquén

Photo credit: marcel

Page 7: Distributed Power: Responsible Wellbeing for Smart Microgrids

Mayagüez: Boriquén

Photo credit: marcel

Page 8: Distributed Power: Responsible Wellbeing for Smart Microgrids

Duchity: Ayití

Photo credit: marcel

Page 9: Distributed Power: Responsible Wellbeing for Smart Microgrids

Arumeru, Tanzania - 2014

Photo credit: marcel

Page 10: Distributed Power: Responsible Wellbeing for Smart Microgrids

Arumeru ahoraArumeru, Tanzania - 2016

Photo credit: marcel

Page 11: Distributed Power: Responsible Wellbeing for Smart Microgrids

El Coqui

Page 12: Distributed Power: Responsible Wellbeing for Smart Microgrids

THE GOOD LIFEWrite down:

• What is a good life?

• What makes life good?

P

Page 13: Distributed Power: Responsible Wellbeing for Smart Microgrids

sumak kawsay suma qamaña

The Good Life: Alternative to the Development Narrative

• Quechua - Ecuador: sumak kawsay• Human Rights

• Aymara - Bolivia: suma qamaña• Ethic and Moral Principles

• Alternative Development -> an Alternative to Development

Gudynas and Acosta 2011; La renovación de la crítica al desarrollo y el buen vivir como alternativa

Page 14: Distributed Power: Responsible Wellbeing for Smart Microgrids

Responsible Wellbeing and Threshold Hypothesis: Wellbeing vs Consumption

(a)

Consumption

We

llbe

ing

Region 1

Povertysumakkawsay

Affluence(excess)

Region 2 Region 3

(b)

Chambers, R. (1997), Editorial: Responsible well-being – a personal agenda for development. World Development 25: 1743–1754.

Point (a): minimum necessary

Max-Neef, M. (1995), Economic growth and quality of life: a threshold hypothesis, Ecological Economics, 15, 115–118.

appropriatetechnology

responsiblewellbeing

Point (b): threshold hypothesis

human development

Adapted from: Castro-Sitiriche, Marcel J., Jonathan Ozik; “Rural Electrification Pathways to Wellbeing”, Proceedings of the 6th International Conference of Appropriate Technology: Knowledge and Technology Transfer Session, Nairobi, Kenya, pages 54-63, November 2014

Page 15: Distributed Power: Responsible Wellbeing for Smart Microgrids

Quality of Life Enabled by Rural Electrification: Wellbeing vs Consumption

(a)Annual kWh per capita

Hap

py

Life

Yea

rs (

HLY

)

Region 1

Povertysumakkawsay

Affluence(excess)

Region 2 Region 3

(b)

Point (a): minimum necessary levelPoint (b): threshold hypothesis level

(i) (ii)

Point (i): absolute minimum as basic human rightPoint (ii): target level

60 kWh400 kWh

2,000 kWh?

39.1 HLY

62.6 HLY

50.8 HLY

79.3 LE7.3 LS

66.7 LE4.6 LS

71.2 LE6.3 LS

Happy Life Years – HLYLife Expectancy – LE Life Satisfaction – LS

HLY = LE x LS/10

Adapted from: Castro-Sitiriche, Marcel J., Luis Jiménez-Rodríguez; (2014) "Responsible Wellbeing and Energy Threshold". ETHOS Gubernamental: Revista del Centro para el Desarrollo del Pensamiento Ético, Oficina de Ética Gubernamental, No. VII, San Juan, Puerto Rico, pp. 64-126, June 2014.

Page 16: Distributed Power: Responsible Wellbeing for Smart Microgrids

Energy Development Index Countries

49.245.4

43.5

38.537.4

34.6

30.9

28.2

20.0

25.0

30.0

35.0

40.0

45.0

50.0

55.0

60.0

65.0

0 500 1000 1500 2000 2500 3000 3500 4000 4500

Hap

py

Life

Ye

ars

Average Yearly Per-Capita Electric Energy Consumption (kWh)

Happy Life Years vs Per-Capital Electricity Consumption

79.3 LE7.3 LS

66.7 LE4.6 LS

71.2 LE6.3 LS

Level 2

AppropriateTechnology

Level 1 Level 360 kWh

400 kWh2,000 kWh

Level 1: basic human right 39.1 - Madagascar

Level 2: minimum necessary 50.8 - Guatemala

Level 3: target level 62.6 - Costa Rica

Happy Life Years – HLYLife Expectancy – LE Life Satisfaction – LS

HLY = LE x LS/10

Poverty sumak kawsay

PAdapted from: Castro-Sitiriche, Marcel J., Luis Jiménez-Rodríguez; (2014) "Responsible Wellbeing and Energy Threshold". ETHOS Gubernamental: Revista del Centro para el Desarrollo del Pensamiento Ético, Oficina de Ética Gubernamental, No. VII, San Juan, Puerto Rico, pp. 64-126, June 2014.

Page 17: Distributed Power: Responsible Wellbeing for Smart Microgrids

Source - http://www.netanir.ir/upload/image/distributed-generation.jpg

Distributed Generation - Smart Grid

Page 18: Distributed Power: Responsible Wellbeing for Smart Microgrids

Distributed Generation - Smart Grid

.

Possible Paths

• Improve central control• Large renewable energy projects• Government lead

• Enable energy transactions in the grid• Residential renewable energy projects• Community lead

Page 19: Distributed Power: Responsible Wellbeing for Smart Microgrids

[email protected] of Puerto Rico in MayagüezCenter for Hemispherical Cooperation in Research and Education in Engineering and Applied Science

[email protected] Mandela African Institution of Science and Technology

Sponsored by the: Fulbright Scholarship 2014-2015, Sabbatical , CRWS NSF Project Grant #1449489