Tag Archives: renewable energy

Governance and Solar Energy Interview

An informed opinion by Gary Burke to a basic question by Garry Baverstock AM

Gary Burke is a sustainability strategies consultant, specialising in sustainability-framed economics, and at the time of this article was in the process of finalising his PhD. Gary is also an accomplished musician. He has spent a lifetime thinking and investigating how our economy should be based to maximize true wealth and happiness.

Question by Garry Baverstock

What is stopping the mainstream use of solar and renewable energy?

After many discussions I asked Gary, why he thought governments have not supported a comprehensive switch back to a solar economy, when it is obvious for sometime now that this planet is in a dangerous position due to depleted of many energy resources and fossil fuels, and the huge looming disaster of Climate Change?

Here is Gary Burke’s eloquent response.

Key Issue

For me, the key governance issue is ‘why has solar and renewable

energy not already been implemented?’

 

The Political/Economic System

The answer is that the systemic parameters that establish the ‘viability’ are inherently non-sustainable. This is a legacy of the dominance of neoclassical economic theory in the policy world; neoclassical economists dominate treasuries and their way of thinking is about as realistic a medicine was in the 19th century when they would use leeches to bleed people as a cure for most illnesses.

 

What is Sustainable and Understanding the Terminology?

 

To help clarify the situation, I draw a conceptual distinction between ‘non-sustainable’ – which is system-based – and ‘unsustainable’ – which is behavioural. Using this distinction, we can differentiate between strategies that are needed to remediate behavioural unsustainability (e.g. dumping pollutants in rivers) and systemic non- sustainability (e.g. assessing renewable energy as unviable). Non- sustainability requires policy, institutional and epistemological change — i.e. changes in the way we think about things.

 

The Solution

 

The solution is to move towards sustainability, but the problem is that the notion of sustainability has been arrogated by economists, so that, even supporters like you, don’t like to use the word.

 

So governance for renewable energy means both creating a policy framework that can accommodate the complexities of the real world as we now know it (e.g. biophysical limits to the planet, peak oil, butterfly effect, etc), but also there needs to be a disarrogation of policy from the economists who believe everything has a bottom line measurable in dollars and cents. I argue in my dissertation that when sustainability is disarrogated from neoclassical economists (e.g. abolish meaningless and thought-corrupting concepts like natural capital as representations of nature, human capital as representation of human potential, and social capital as a representation of community development), then a sustainability-framed economics becomes possible.

 

In other words, with a sustainability concept designed to accommodate complex and dynamic systems, then we can ask ‘what sort of economics do we need to help us manage in this context?’ So, instead of saying ‘is sustainability economically viable’, we assess economic policy to see if provides sustainability.

 

Switch of Priorities

 

This ‘mental switch’ of priorities, then makes the governance of solar and renewable energy very viable because it stands up when considered in a sustainability context.

 

I detail such a sustainability policy framework in my dissertation: it is derived from biophysical parameters and limits, sustainability principles (e.g. precautionary principle, intergenerational equity, cultural respect, etc), processes that accommodate complexity and dynamic ‘learn as you go’ strategies, and perspectives that acknowledge that humans are able to, and need to live and work with nature in ways that enhance well-being on the planet.

 

This is not pipedream stuff; there is plenty of literature about theory and practice of these aspects: reflexive governance, adaptive management, transition management, community engagement, action research, green accounting, etc. The problem has been that sustainability has been approached with an economic interpretation, rather than as a multidimensional, multifaceted systems phenomenon. I call it the ‘Tragedy of Economism’ because policymakers have simplified the complexity of the issues, and they have arrogated the concept of sustainability, in ways that suit their simplistic, unrealistic, methodologically corrupt approaches to economic management.

 

Therefore, solar and renewable energy strategies are dismissed as being unworkable. I argue that neoclassical economics is non-sustainable and needs to be reconceptualised, and accounting systems recalibrated to accommodate what is really going on in the world. I detail how this may be done in my dissertation.

 

Change is Possible

 

For those who think it is impossible to change, consider the changes made in public health since the end of the 19th century when germ theory was finally accepted after decades of denial: disease was no longer thought of as ‘humours’ from air-borne spirits, but from bacteria in dirty water. The response was a massive investment in

public health and hygiene: engineering, education, social reform… Or consider the abandoment of phlogiston theory in the late 18th century which was still taught when Adam Smith wrote ‘The Wealth of Nations’. Not only did phlogiston theory provide a false account of how the world was constituted (phlogiston was an imagined substance absorbed from the sun and released in combustion as flame) but it also caused scientists to be wrongly focused on trying to understand fire – because it was one of the key elements of the Aristotlean paradigm. When oxygen was isolated (or de-phlogisticated air, as it was known), a group of aware chemists realised that a totally new language and

scientific paradigm was needed to accommodate the world as they now knew it. Hence, the elements of modern chemistry, the periodic table, etc.

 

This paradigm shift was not done easily, or without conflict. It required a group of dedicated scientists and practical realists to insist that chemistry needed integrity that matched current understanding.

 

The other example of paradigm change that is particularly relevant to renewable energy is the abolition of slavery. Although the argument for the abolition was essentially a moral and ethical one, the main argument against it (which is pretty well forgotten now) was an energy-based argument. A slave-based economy had become dependent on a source of ‘free’ energy (ie the slaves): surely the economy would crumble if slaves were freed and people had to pay for labour?! It didn’t because correct, moral and ethical decisions create stronger communities and hence, more confidence to engage in economic activity. The collective guilt is lifted and people lighten up.

 

The parallels with the renewable energy debate are obviously similar: if renewables became mainstream a whole lot of collective guilt would be lifted and people could get on celebrating life and helping to enhance the gifts that life brings.

Paradigm Shift

 

I argue that a similar paradigm shift is needed to countervail the dominance of the inadequate and iatrogenic neoclassical economic paradigm. I demonstrate in my dissertation how this is best done in a free enterprise economic framework, but one in which sustainability frames the viability of investments.

 

Without the paradigm shift, and the concomitant change in thought processes, the implementation of renewable energy will be considered unviable because the economic framework that is doing the viability assessment is itself non-viable. Without the shift towards a sustainability policy framework, platitudes and generalisations about more education, government support, etc will continue to be made. Arguing for renewable energy in the contemporary policy framework that is dominated by neoclassical economic arguments is to remain trapped in a cul de sac. The same arguments emerge time and again. Check out the history of renewable energy organisations and movements; pull out the ‘barriers to renewable energy’ research that was done 20 years

ago. It is all there. The problem is the implementation gap that exists because renewable energy cannot be deemed economically viable in an inherently non-sustainable framework.

 

The good news is that a paradigm shift can be done merely by changing our way of thinking. If we believe that we are homo sapiens, then surely thinking differently is one of the key survival strategies of our species.

 

The other example of paradigm change that is particularly relevant to renewable energy is the abolition of slavery. Although the argument for the abolition was essentially a moral and ethical one, the main argument against it (which is pretty well forgotten now) was an energy- based argument. A slave-based economy had become dependent on a source of ‘free’ energy (ie the slaves): surely the economy would crumble if slaves were freed and people had to pay for labour?! It didn’t because correct, moral and ethical decisions create stronger communities and hence, more confidence to engage in economic activity. The collective guilt is lifted and people lighten up.

The parallels with the renewable energy debate are obviously similar: if renewables became mainstream a whole lot of collective guilt would be lifted and people could get on celebrating life and helping to enhance the gifts that life brings.

 

Gary Burke presents his views in a talk entitled: ‘The Tragedy of Economism: How economists are thwarting effective sustainability policy’ in April, 2011 at Curtin University in Western Australia. Please email www.solar-e.com for further details.

Further reading of Gary’s work on this subject is available in the repository section of this web site.

http://www.solartec.iinet.net.au/solare/main/investment.htm

 

AuSES Conference Best Papers: Solar Energy Environmental Benefits Best Papers

We have prepared list of solar-e.com’s own selection of ranked candidates for the Solar Energy Environmental Benefits best papers presented at the ‘Solar 2010’ Conference: Policies and Strategies (including the Economics of solar energy, diversity of derived forms of solar energy, electricity grids and data collection)

The analysis and understanding the of more obscure fields of solar energy related technology and policy developments is obviously another critical step forward to applying more solar energy in our economy. this section will hopefully expand as more papers are delivered in the future.

AuSES Committee – Best Papers at AuSES Solar 2010 as judged by the AuSES panel

Student Prizes – Wal Read Memorial Prizes
Post Graduates Prizes
BILBAO, Jose “PV-Thermal Water Systems as a Retrofit for Near Zero Energy Homes”
Winner $1500 AUD
BAMBROOK, Shelley “Experimental PVT Air System for Dwellings”
Highly Commended $1000 AUD
LHENDUP, Tshewang “Simulation of a Ground-coupled Heat Pump Combined with Solar Collectors”
Commended $250 AUD
ELLISTON, Ben “Grid parity: A potential misleading concept?”
Commended $250 AUD

Undergraduates Prizes
BRAZIER, Thomas “Dependence of installed cost of a 1.5 kW rooftop PV system on module efficiency”
Joint Winner $1,000 AUD
BOEREMA, Nicholas “Economics of constraints on wind farms – SA”
Joint Winner $1,000 AUD
O’BRIEN, Paul “Exergetic analysis of a steam-flashing thermal storage system”
Joint Winner $1,000 AU

Solar Energy Environmental Benefits: Solar-e.com Director Garry Baverstock’s personal selection of the Best Papers

At the conference the papers were presented under a number of category headings such as Built Environment, Wind Power, Photovoltaics, Environmental Benefits, Solar Thermal and Solar Energy Economics. Following is our selection of the worthwhile papers and a ranking based on relevance to world situation on Climate Change, the impact on the increased use of solar energy and the quality of the research as presented in the paper.
The Solar Energy Environmental Benefits best papers, in our opinion, have been listed below. This is our opinion, but we are interested in what the solar experts think and any comments are welcome. If we have overlooked a paper or you disagree with our assessment please feel free to offer your opinion. If bona fide it will be published.

A comment by solar-e.com is included after each listing.

Image Trees in Forest

1.A Novel  System of Combined Power Generation and Hot water Desalination Using Renewable Energy

Fulaqi, Anhitijit Date, Aliakbar Akbarzadeh
Comment: Desalination is already becoming a necessity and this is renewable energy must be used to make water supply economically viable.

2. Efficiency Improvement Using Solar Desiccant Drying for Selected Solar Seeds

Kame Khouzam
Comment:Drying of seeds in developing countries is an important use of solar energy to increase yields and food production

3. Sustainable Non Condensable Gas Removal from Geothermal Waters

Anna Khaghani1, Abhijit Date, Rene Wolke, Aliakbar Akbarzadeh
Comment: Geothermal will be a large industry eventually and we must control the environmental side effects pollution

4.Efficiency Improvement Using Solar Desiccant Drying For Selected Seeds

Kame Khouzam
Comment:Agricultural applications of solar energy is a potentially large contribution to Climate Change and a betterment of developing countries.

5.  Hybrid Solar Photovoltaic and Water & Waste water Treatment System

M.Vivar, L Kumaresan, V Muugesan, M Lluch, S Iniyan, K Palanivelu, I Skryabin
Comment: Combining waste heat from photvoltaics with waste water treatment will lower fossil fuel use in water conservation as global populations balloon in the next 40 years.

6. Solar Thermal drying of Canarium Indictum Nuts

T Curtis, R Corkish, RJ Fuller
Comment:The availability of better nutrition and food preserving is critical in the developing world.

DO YOU WISH TO BUY ANY OF THESE PAPERS?

A message from AuSES
People who were not delegates at Solar 2010 (or AuSES members) who would like to access this resource they can apply for access for an annual fee of $140 (ex GST). Please go to AuSES website.

Solar-e.com invites you to leave comments on our ranking of Solar Energy Economics Best Papers at the end of this article.

Experts who disagree with our rating and choices we invite you to make comment and if enough substance is shown we will reserve the right to change the ranking at anytime or keep the ranking the same.

Solar-e.com related links:

https://solar-e.com/knowledge/2009/11/30/green-economics
https://solar-e.com/knowledge/2009/11/24/ethical-investment
https://solar-e.com/knowledge/2009/11/30/employment-opportunities
https://solar-e.com/knowledge/2009/11/30/wave-power
http://www.solartec.iinet.net.au/solare/innovation/strategiesindevelopingproducts.htm

AuSES Conference Best Papers: Photovoltaics Best Papers

We have prepared list of solar-e.com’s own selection of ranked candidates for the Photovoltaics best papers presented at the ‘Solar 2010’ Conference: Policies and Strategies (including the Economics of solar energy, diversity of derived forms of solar energy, electricity grids and data collection)

The analysis and understanding the of more obscure fields of solar energy related technology and policy developments is obviously another critical step forward to applying more solar energy in our economy. this section will hopefully expand as more papers are delivered in the future.

AuSES Committee – Best Papers at AuSES Solar 2010 as judged by the AuSES panel

Student Prizes – Wal Read Memorial Prizes
Post Graduates Prizes
BILBAO, Jose “PV-Thermal Water Systems as a Retrofit for Near Zero Energy Homes”
Winner $1500 AUD
BAMBROOK, Shelley “Experimental PVT Air System for Dwellings”
Highly Commended $1000 AUD
LHENDUP, Tshewang “Simulation of a Ground-coupled Heat Pump Combined with Solar Collectors”
Commended $250 AUD
ELLISTON, Ben “Grid parity: A potential misleading concept?”
Commended $250 AUD

Undergraduates Prizes
BRAZIER, Thomas “Dependence of installed cost of a 1.5 kW rooftop PV system on module efficiency”
Joint Winner $1,000 AUD
BOEREMA, Nicholas “Economics of constraints on wind farms – SA”
Joint Winner $1,000 AUD
O’BRIEN, Paul “Exergetic analysis of a steam-flashing thermal storage system”
Joint Winner $1,000 AU

Photovoltaics: Solar-e.com Director Garry Baverstock’s personal selection of the Best Papers

At the conference the papers were presented under a number of category headings such as Built Environment, Wind Power, Photovoltaics, Environmental Benefits, Solar Thermal and Solar Energy Economics. Following is our selection of the worthwhile papers and a ranking based on relevance to world situation on Climate Change, the impact on the increased use of solar energy and the quality of the research as presented in the paper.
The Photovoltaics best papers, in our opinion, have been listed below. This is our opinion, but we are interested in what the solar experts think and any comments are welcome. If we have overlooked a paper or you disagree with our assessment please feel free to offer your opinion. If bona fide it will be published.

A comment by solar-e.com is included after each selection.


1. Investigation of single layers of silicon quantum dots in SiO2 matrix for energy selective contacts in hot carriers solar cells

P.Aliberti, B.P. Veettil, Ruoyu Li, S.K. Shrestha, B. Zhang, A. Hsieh M.A. Green, G.J. Conibeer
Comment: High Quality scientific PV research

2. High Efficiency Flexible Mono-Crystalline Silcon Modules

EA Thomsen, V Everett, A Blakers, M Brauers, E Davies, J Muric-Nesic, C Samundsett, T Ratcliffe, H Zhao, I Skryabin
Comment: This is significant research in the race between polycrystalline and mono-crystalline cells.  Of course the winner will all about area available for collection and the cost of installed PV /sq m.

3. Large Increases in Bulk Lifetime of Commercial Grade CZ Silicon Wafers Through Hydrogenation

Brett Hallam, Ned Western, Stuart Wenham
Comment: High quality research with large potential benefits to PV industry

4.Improved Implied Voc for Commercial Grade Wafers by Rear Surface Passivation in Conjunction with Rear Laser Doping Technique

X. Bai1, A. Sugianto1, S. R. Wenham1 and B. J. Hallam
Comment: High Quality PV research.  Improvement of the efficiency of PV is the main area that will increase the viable use of PV in the built environment and the various agricultural applications

5.Tandem Photoelectrochemical Cell for Direct Water Splitting

Haixiang Zhang 1, Shujuan Huang1, Gavin Conibeer 1
Comment: This PV production of hydrogen could be a potential industry in the secod half of the 21st century or even earlier

6.Third Generation Photovoltaics

Gavin Conibeer
Comment: Good visions for future improvements of PV.

DO YOU WISH TO BUY ANY OF THESE PAPERS?

A message from AuSES
People who were not delegates at Solar 2010 (or AuSES members) who would like to access this resource they can apply for access for an annual fee of $140 (ex GST). Please go to AuSES website.

Solar-e.com invites you to leave comments on our ranking of Solar Energy Economics Best Papers at the end of this article.

Experts who disagree with our rating and choices we invite you to make comment and if enough substance is shown we will reserve the right to change the ranking at anytime or keep the ranking the same.

Solar-e.com related links:

https://solar-e.com/knowledge/2009/11/30/green-economics
https://solar-e.com/knowledge/2009/11/24/ethical-investment
https://solar-e.com/knowledge/2009/11/30/employment-opportunities
https://solar-e.com/knowledge/2009/11/30/wave-power
http://www.solartec.iinet.net.au/solare/innovation/strategiesindevelopingproducts.htm

AuSES Conference Best Papers: Solar Energy Economics Best Papers

We have prepared list of solar-e.com’s own selection of ranked candidates for the Solar Energy Economics best papers presented at the ‘Solar 2010’ Conference: Policies and Strategies (including the Economics of solar energy, diversity of derived forms of solar energy, electricity grids and data collection)

The analysis and understanding the of more obscure fields of solar energy related technology and policy developments is obviously another critical step forward to applying more solar energy in our economy. this section will hopefully expand as more papers are delivered in the future.

AuSES Committee – Best Papers at AuSES Solar 2010 as judged by the AuSES panel

Student Prizes – Wal Read Memorial Prizes
Post Graduates Prizes
BILBAO, Jose “PV-Thermal Water Systems as a Retrofit for Near Zero Energy Homes”
Winner $1500 AUD
BAMBROOK, Shelley “Experimental PVT Air System for Dwellings”
Highly Commended $1000 AUD
LHENDUP, Tshewang “Simulation of a Ground-coupled Heat Pump Combined with Solar Collectors”
Commended $250 AUD
ELLISTON, Ben “Grid parity: A potential misleading concept?”
Commended $250 AUD

Undergraduates Prizes
BRAZIER, Thomas “Dependence of installed cost of a 1.5 kW rooftop PV system on module efficiency”
Joint Winner $1,000 AUD
BOEREMA, Nicholas “Economics of constraints on wind farms – SA”
Joint Winner $1,000 AUD
O’BRIEN, Paul “Exergetic analysis of a steam-flashing thermal storage system”
Joint Winner $1,000 AU

Solar Energy Economics: Solar-e.com Director Garry Baverstock’s personal selection of the Best Papers

At the conference the papers were presented under a number of category headings such as Built Environment, Wind Power, Photovoltaics, Environmental Benefits, Solar Thermal and Solar Energy Economics. Following is our selection of the worthwhile papers and a ranking based on relevance to world situation on Climate Change, the impact on the increased use of solar energy and the quality of the research as presented in the paper.
The Solar Energy Economics best papers, in our opinion, have been listed below. This is our opinion, but we are interested in what the solar experts think and any comments are welcome. If we have overlooked a paper or you disagree with our assessment please feel free to offer your opinion. If bona fide it will be published.

Image Businessmen shaking hands

SOLAR ENERGY ECONOMICS

A comment by solar-e.com is included after each listing.

1. Renewable Energy Education at UNSW

Richard Corkish1,2, Stephen Bremner1, Anna Bruce1, Hanzheng Duo1, Evatt Hawkes1, Merlinde Kay1, Alison Lennon1,2, Alistair Sproul1, Ted Spooner3, Santosh Shrestha1,2, Geoff Stapleton1, Ashraf Uddin1,2, Muriel Watt1, Darcy Wentworth1
Comment: This an exceptional run-down on what the UNSW does in the field.

2.Improving investment outcomes in the development and commercialization of ‘clean’ energy technologies within Australia

Allan Aaron1, Iain MacGill1
Comment: This is the key for faster change and adoption of solar energy technology and systems

3.Comparing the Economics of Nuclear and Renewable Sources of Electricity

Mark Diesendorf1
Comment: This really makes one think hard and long to go nuclear in Australia, on economic grounds

4.A Supply-Demand Model for a Zero-Carbon Australia
Trevor Jack1, Robyn Bateup2, Vernie Everett3
Comment: Looking at a visionary big picture view is the essence of this paper

5.Using policy design to manage the impact of stakeholder pressure during the policy development process
Robert Passey and Iain MacGill
Comment: Interesting perspectives for governance

6.Status of Rural Electrification in the ‘Heart of Borneo’: Role of Micro Hydro Projects

S.Murni1, J.Whale1, J.K.Davis1, T.Urmee1, D.Harries2
Comment: This is a visionary approach for Australia and relevant to the developing world

7.Valuable insight into the strategic thinking by governments – Urban growth, albedo and global warming

G.B. Smith1, A.R. Gentle1 and I. Edmonds2
Comment: A unique blend of big–picture thinking and solid scientific principles.

8.Lessons learnt from implementing intelligent metering and energy monitoring devices in a new housing development

D.M. Whaley, W.Y. Saman, E. Halawa, L.T. Mudge
Comment: Having evidence based-learning will lead to better results in the built environment

DO YOU WISH TO BUY ANY OF THESE PAPERS?

A message from AuSES
People who were not delegates at Solar 2010 (or AuSES members) who would like to access this resource they can apply for access for an annual fee of $140 (ex GST). Please go to AuSES website.

Solar-e.com invites you to leave comments on our ranking of Solar Energy Economics Best Papers at the end of this article.

Experts who disagree with our rating and choices we invite you to make comment and if enough substance is shown we will reserve the right to change the ranking at anytime or keep the ranking the same.

Solar-e.com related links:

https://solar-e.com/knowledge/2009/11/30/green-economics
https://solar-e.com/knowledge/2009/11/24/ethical-investment
https://solar-e.com/knowledge/2009/11/30/employment-opportunities
https://solar-e.com/knowledge/2009/11/30/wave-power
http://www.solartec.iinet.net.au/solare/innovation/strategiesindevelopingproducts.htm