Tag Archives: than

Election 2015: finally, our chance to ditch Trident Updated for 2026





Trident has in the last few weeks become one of the most potent symbolic political markers for the forthcoming election, and is likely to feature heavily in the debates.

Some of us who have been closely involved in the issue for decades may have been taken by surprise … previous promising moments have come and gone with minimal fuss and it has been a challenge not to become cynical.

But this time is different, and there are a number of factors at play, not least the rise of the smaller parties.

Whilst they lost the referendum back in September, the SNP were closer than most were expecting a year ago to successfully breaking up the union. Since then they have experienced a surge of support, are likely to increase their representation in Westminster in May and could well be a crucial dimension in any power arrangement after the election.

They have already highlighted the removal of Trident bases from Scotland as an absolute condition of any support they may give in negotiations. Statements have been uncompromising, so that it will be a big political challenge to row back from them should they come under pressure to change course.

A strong Green challenge could prove decisive

The Green Party, previously hoping to secure 2-3 seats on a very good day, could become serious challengers for more. Perhaps equally importantly, Green candidates up and down the country could capture many left-wing votes from disillusioned left wing voters who see the cautious positioning of Labour with dismay.

Some have even been suggesting that the Greens could do more damage to Labour prospects than the threat UKIP has to the Tories, in a sort of Ralph Nader moment.

They already have more members than UKIP and the LibDems, and could break through 50,000 in the coming few weeks. Of course, it is moments like these, with the Greens punishing the larger parties for their reckless support of unsustainable neo-liberal capitalist solutions, that their influence is strongest.

So far, particularly on the Trident issue, Labour has been captured by the narrative around legacies of lost elections in the dim and distant past. But their paranoia about being seen as a left wing could yet cost them more votes than it secures. It is about time they realized that the public is in a very different place.

When in the 1980s, heavily influenced by the fear-induced Cold War, a strong unilateralist stance may well have lost crucial support in various parts of the country, it is today generally ambivalent towards investment on Trident.

A time of austerity and cuts just when a new generation of submarines demands major investment could yet prove fatal to the project.

Is this a clever way for the UK to spend £4 billion a year?

Much has been made by campaign groups of the £100bn lifetime cost of the system, which is a reasonable estimate given the uncertainties involved in financial forecasting over such a long period.

Perhaps more meaningful, though, is the annual spend … and this will soon be shooting up from around £2.5bn today towards £4bn a year throughout the 2020s, with capital costs consuming a full one third of the whole defence procurement budget across the decade.

In Tuesday’s Commons debate former Lib Dem defence minister Nick Harvey used parliamentary privilege to expose the fact that the army is being asked to come up with plans to make do with manpower levels around 60,000 – a massive cut and one likely to reverberate around the Shires.

This creates unusual allies between anti-nuclear activists and armed forces constituencies.

Cheaper dual-capable nuclear options to Trident that could also plug the armed forces financial gap are now being considered seriously, promising to split the pro-deterrence lobby, enabling some to join the clamour for a reassessment and a less distorted government review later in 2015.

Cold war warmed up?

But remember: Trident is a weapon system dreamt up and developed in a Cold War context. Skirmishes and threats at the margins of Europe aside, no-one seriously considers the prospects of Britain facing an aggressive and totalitarian nuclear superpower alone as significant.

And yet that is the only scenario that could just justify the independent nuclear deterrent that both the Tory-led government and Labour Party are currently committed to hollowing out the armed forces for.

At a time when the future of the Nuclear Non-Proliferation Treaty (NPT) hangs in the balance and states parties meet in New York for their every-five year review (at the same time as the election), Britain’s leadership is critical. And yet we are nowhere, our credibility severely dented by this insistence on wasting billions on our own arsenal.

Nuclear weapon states meet in London in early February to consider their game plan at the conference. The hopes of them pulling any scrawny rabbits out the hat at this final hour seem dim indeed.

Your vote can help rid us of this terrorist monstrosity

Returning to the election, the best we can realistically hope for from Labour is that it retain its commitment to a minimum credible nuclear deterrent – with some ambiguity around the posture and systems this entails, on the basis that Trident must be included in the Defence and Security Review soon after the election.

This will enable smaller parties, notably the SNP and the Greens, to take on a critical role in post election talks and demand a change in policy on Trident.

But what they do before the election matters too: the more they raise Trident in the campaign, the more they reflect public opposition to the spend, and the more influential they are in the result, the stronger their elbow at this crucial point becomes.

Perhaps then we will see a new government pause, order another delay and review, and perhaps we may yet see them move back from committing to a new generation of nuclear weapons before it’s too late and the money is committed.

Voters in Britain have a bigger chance than they have ever before to bring an end to Britain’s addiction to nuclear weapons, and cause an important upset to the global nuclear order.

 


 

Demo: Wrap up Trident – today, midday at the MOD in London.

Paul Ingram has been the Executive Director for the British American Security Information Council (BASIC) since 2007. BASIC works in the US, UK, Europe and the Middle East to promote global nuclear disarmament and a transformation in strategic relationships using a dialogue approach.

He was also until recently a talk show host on state Iranian TV promoting alternative perspectives on strategic matters, and taught British senior civil servants leadership skills.

Previously Paul was a Green Party councillor in Oxford and co-Leader of Oxford City Council (2000-2002) and a member of the Stop the War Coalition Steering Group (2002-2006).

 

 




389402

WEF: Big energy CEOs don’t get the renewable revolution Updated for 2026





The World Economic Forum’s ‘The Future of Electricity‘ report on power generation makes depressing reading.

Perhaps the pessimism about new technologies is predictable given that Davos represents large companies, not the innovative companies at frontier of energy transformation.

Even so, to say that renewable power sources, excluding hydro, are projected to generate less than a quarter of OECD electricity by 2040 is a strikingly conservative. The percentage is probably about 8% today.

Part of their pessimism seems to derive from a very outdated view of the economics of solar power. Take a look at the chart (right). It shows WEF’s estimates for the costs of electricity generation now and in the future.

The yellow line at the top, starting off the scale, is solar PV. A megawatt hour is said to cost well over $200 in 2016 (about £130). Even by 2030 it’ll be over $110.

PV in Dubai is already at half the price WEF predicts in 20130

I think the people in Davos may have been imbibing too much of the local homebrew. Today, in overcast Britain, groups of installers are racing to put panels on the ground as fast as they can across the southern counties to ensure that they get the current subsidy rates.

The price they get for a medium-sized commercial field? A subsidy of about $100 a megawatt hour (6.38 pence per kilowatt hour) plus the wholesale price of electricity. Let’s call that $70 a megawatt hour in addition.

So even in one of the least attractive parts of the world, PV is already cheaper than WEF says, and by a large margin. More tellingly, one of the latest auctions for installing PV, in Dubai in November last year, produced a figure of about $65 a megawatt hour.

Just to be clear: an installation firm promised to install a large PV farm if it was paid less than a third of the price that WEF says is the underlying cost of solar in 2016 – and about half the price it predicts for 2030.

Open a newspaper in most parts of the world today, and you’ll see optimistic references to the prospect of ‘grid parity’ for the best suited renewable in the local market, whether it is biomass, onshore wind, storage or PV.

A business-oriented organisation like WEF should spend more time in the outside world, sensing the excitement about the rates of progress of low-carbon technologies rather than unquestioningly repeating the five year old wisdom of its leading sponsors.

Perhaps most surprisingly, WEF’s cost figures are approximately 50% higher than those produced by the International Energy Agency, long a sceptic about the progress of PV. And its figures for onshore wind are equally wrong.

By now, I would have thought that at least parts of big business would have recognised the inevitability of the transition to renewables (with storage) and begun to look at how it could profitably participate.

WEF: what are your sources?

None of the projections, estimates or calculations in the report are given a source. We cannot check their accuracy or even the provenance of their figures.

I’m sure that the writers of the document have tried to use reasonable data. But the report is stacked full of statements made without any support or justification, many of which look highly contentious.

We are expected to believe, for example, that “wholesale electricity prices are expected to continue to rise by 57% in the EU” between now and 2040 at the same as retail prices are expected to stay the same. It doesn’t need an economist to say that such a combination is impossible.  

My confidence in the report’s recommendations was further shaken by WEF’s assertion that the EU had wasted $100bn by siting wind and PV in the wrong countries.

“It is obvious to most European citizens that southern Europe has the lion’s share of the solar irradiation while northern Europe has the wind”, says the report – before concluding that Germany has installed too much PV and Spain too much wind.

Wong again. 2013 estimates from the IEA suggest that the average productivity of a Spanish turbine was 26.9% of its maximum capacity, but only 18.5% in Germany. Spain’s wind turbines are almost 50% more productive than Germany’s. In fact Spain managed slightly more than the worldwide average and was only just below the UK or Denmark in average output.

The real stories the WEF missed

Actually, it isn’t that ‘northern Europe has the wind’ but rather that westerly coasts have high wind speeds, making Spain and Portugal’s Atlantic turbines better than almost any inshore areas in northern Europe.

There’s a second reason why Spain should have wind turbines: wind speeds are relatively poorly correlated with the winds in northern Europe. For a more secure European supply, turbines in Spain have a high value, particularly when interconnection with France is improved.

 And in the case of Germany, which does have much lower output from PV than Spain, the argument that it should have left the solar revolution to its southern neighbours is a remarkably ahistorical conclusion.

Without Germany’s very costly support of PV a decade ago we would not currently be looking at grid parity for solar across much of the world.

 


 

Chris Goodall is an expert on energy, environment and climate change and valued contributor to The Ecologist. He blogs at Carbon Commentary.

The report: The Future of Electricity – Attracting Investment to Build Tomorrow’s Electricity Sector‘, written in collaboration with Bain & Company, “outlines recommendations to attract the needed investment and grasp these new opportunities.”

This article was originally published on Carbon Commentary.

 

 




389374

WEF: Big energy CEOs don’t get the renewable revolution Updated for 2026





The World Economic Forum’s ‘The Future of Electricity‘ report on power generation makes depressing reading.

Perhaps the pessimism about new technologies is predictable given that Davos represents large companies, not the innovative companies at frontier of energy transformation.

Even so, to say that renewable power sources, excluding hydro, are projected to generate less than a quarter of OECD electricity by 2040 is a strikingly conservative. The percentage is probably about 8% today.

Part of their pessimism seems to derive from a very outdated view of the economics of solar power. Take a look at the chart (right). It shows WEF’s estimates for the costs of electricity generation now and in the future.

The yellow line at the top, starting off the scale, is solar PV. A megawatt hour is said to cost well over $200 in 2016 (about £130). Even by 2030 it’ll be over $110.

PV in Dubai is already at half the price WEF predicts in 20130

I think the people in Davos may have been imbibing too much of the local homebrew. Today, in overcast Britain, groups of installers are racing to put panels on the ground as fast as they can across the southern counties to ensure that they get the current subsidy rates.

The price they get for a medium-sized commercial field? A subsidy of about $100 a megawatt hour (6.38 pence per kilowatt hour) plus the wholesale price of electricity. Let’s call that $70 a megawatt hour in addition.

So even in one of the least attractive parts of the world, PV is already cheaper than WEF says, and by a large margin. More tellingly, one of the latest auctions for installing PV, in Dubai in November last year, produced a figure of about $65 a megawatt hour.

Just to be clear: an installation firm promised to install a large PV farm if it was paid less than a third of the price that WEF says is the underlying cost of solar in 2016 – and about half the price it predicts for 2030.

Open a newspaper in most parts of the world today, and you’ll see optimistic references to the prospect of ‘grid parity’ for the best suited renewable in the local market, whether it is biomass, onshore wind, storage or PV.

A business-oriented organisation like WEF should spend more time in the outside world, sensing the excitement about the rates of progress of low-carbon technologies rather than unquestioningly repeating the five year old wisdom of its leading sponsors.

Perhaps most surprisingly, WEF’s cost figures are approximately 50% higher than those produced by the International Energy Agency, long a sceptic about the progress of PV. And its figures for onshore wind are equally wrong.

By now, I would have thought that at least parts of big business would have recognised the inevitability of the transition to renewables (with storage) and begun to look at how it could profitably participate.

WEF: what are your sources?

None of the projections, estimates or calculations in the report are given a source. We cannot check their accuracy or even the provenance of their figures.

I’m sure that the writers of the document have tried to use reasonable data. But the report is stacked full of statements made without any support or justification, many of which look highly contentious.

We are expected to believe, for example, that “wholesale electricity prices are expected to continue to rise by 57% in the EU” between now and 2040 at the same as retail prices are expected to stay the same. It doesn’t need an economist to say that such a combination is impossible.  

My confidence in the report’s recommendations was further shaken by WEF’s assertion that the EU had wasted $100bn by siting wind and PV in the wrong countries.

“It is obvious to most European citizens that southern Europe has the lion’s share of the solar irradiation while northern Europe has the wind”, says the report – before concluding that Germany has installed too much PV and Spain too much wind.

Wong again. 2013 estimates from the IEA suggest that the average productivity of a Spanish turbine was 26.9% of its maximum capacity, but only 18.5% in Germany. Spain’s wind turbines are almost 50% more productive than Germany’s. In fact Spain managed slightly more than the worldwide average and was only just below the UK or Denmark in average output.

The real stories the WEF missed

Actually, it isn’t that ‘northern Europe has the wind’ but rather that westerly coasts have high wind speeds, making Spain and Portugal’s Atlantic turbines better than almost any inshore areas in northern Europe.

There’s a second reason why Spain should have wind turbines: wind speeds are relatively poorly correlated with the winds in northern Europe. For a more secure European supply, turbines in Spain have a high value, particularly when interconnection with France is improved.

 And in the case of Germany, which does have much lower output from PV than Spain, the argument that it should have left the solar revolution to its southern neighbours is a remarkably ahistorical conclusion.

Without Germany’s very costly support of PV a decade ago we would not currently be looking at grid parity for solar across much of the world.

 


 

Chris Goodall is an expert on energy, environment and climate change and valued contributor to The Ecologist. He blogs at Carbon Commentary.

The report: The Future of Electricity – Attracting Investment to Build Tomorrow’s Electricity Sector‘, written in collaboration with Bain & Company, “outlines recommendations to attract the needed investment and grasp these new opportunities.”

This article was originally published on Carbon Commentary.

 

 




389374

WEF: Big energy CEOs don’t get the renewable revolution Updated for 2026





The World Economic Forum’s ‘The Future of Electricity‘ report on power generation makes depressing reading.

Perhaps the pessimism about new technologies is predictable given that Davos represents large companies, not the innovative companies at frontier of energy transformation.

Even so, to say that renewable power sources, excluding hydro, are projected to generate less than a quarter of OECD electricity by 2040 is a strikingly conservative. The percentage is probably about 8% today.

Part of their pessimism seems to derive from a very outdated view of the economics of solar power. Take a look at the chart (right). It shows WEF’s estimates for the costs of electricity generation now and in the future.

The yellow line at the top, starting off the scale, is solar PV. A megawatt hour is said to cost well over $200 in 2016 (about £130). Even by 2030 it’ll be over $110.

PV in Dubai is already at half the price WEF predicts in 20130

I think the people in Davos may have been imbibing too much of the local homebrew. Today, in overcast Britain, groups of installers are racing to put panels on the ground as fast as they can across the southern counties to ensure that they get the current subsidy rates.

The price they get for a medium-sized commercial field? A subsidy of about $100 a megawatt hour (6.38 pence per kilowatt hour) plus the wholesale price of electricity. Let’s call that $70 a megawatt hour in addition.

So even in one of the least attractive parts of the world, PV is already cheaper than WEF says, and by a large margin. More tellingly, one of the latest auctions for installing PV, in Dubai in November last year, produced a figure of about $65 a megawatt hour.

Just to be clear: an installation firm promised to install a large PV farm if it was paid less than a third of the price that WEF says is the underlying cost of solar in 2016 – and about half the price it predicts for 2030.

Open a newspaper in most parts of the world today, and you’ll see optimistic references to the prospect of ‘grid parity’ for the best suited renewable in the local market, whether it is biomass, onshore wind, storage or PV.

A business-oriented organisation like WEF should spend more time in the outside world, sensing the excitement about the rates of progress of low-carbon technologies rather than unquestioningly repeating the five year old wisdom of its leading sponsors.

Perhaps most surprisingly, WEF’s cost figures are approximately 50% higher than those produced by the International Energy Agency, long a sceptic about the progress of PV. And its figures for onshore wind are equally wrong.

By now, I would have thought that at least parts of big business would have recognised the inevitability of the transition to renewables (with storage) and begun to look at how it could profitably participate.

WEF: what are your sources?

None of the projections, estimates or calculations in the report are given a source. We cannot check their accuracy or even the provenance of their figures.

I’m sure that the writers of the document have tried to use reasonable data. But the report is stacked full of statements made without any support or justification, many of which look highly contentious.

We are expected to believe, for example, that “wholesale electricity prices are expected to continue to rise by 57% in the EU” between now and 2040 at the same as retail prices are expected to stay the same. It doesn’t need an economist to say that such a combination is impossible.  

My confidence in the report’s recommendations was further shaken by WEF’s assertion that the EU had wasted $100bn by siting wind and PV in the wrong countries.

“It is obvious to most European citizens that southern Europe has the lion’s share of the solar irradiation while northern Europe has the wind”, says the report – before concluding that Germany has installed too much PV and Spain too much wind.

Wong again. 2013 estimates from the IEA suggest that the average productivity of a Spanish turbine was 26.9% of its maximum capacity, but only 18.5% in Germany. Spain’s wind turbines are almost 50% more productive than Germany’s. In fact Spain managed slightly more than the worldwide average and was only just below the UK or Denmark in average output.

The real stories the WEF missed

Actually, it isn’t that ‘northern Europe has the wind’ but rather that westerly coasts have high wind speeds, making Spain and Portugal’s Atlantic turbines better than almost any inshore areas in northern Europe.

There’s a second reason why Spain should have wind turbines: wind speeds are relatively poorly correlated with the winds in northern Europe. For a more secure European supply, turbines in Spain have a high value, particularly when interconnection with France is improved.

 And in the case of Germany, which does have much lower output from PV than Spain, the argument that it should have left the solar revolution to its southern neighbours is a remarkably ahistorical conclusion.

Without Germany’s very costly support of PV a decade ago we would not currently be looking at grid parity for solar across much of the world.

 


 

Chris Goodall is an expert on energy, environment and climate change and valued contributor to The Ecologist. He blogs at Carbon Commentary.

The report: The Future of Electricity – Attracting Investment to Build Tomorrow’s Electricity Sector‘, written in collaboration with Bain & Company, “outlines recommendations to attract the needed investment and grasp these new opportunities.”

This article was originally published on Carbon Commentary.

 

 




389374

WEF: Big energy CEOs don’t get the renewable revolution Updated for 2026





The World Economic Forum’s ‘The Future of Electricity‘ report on power generation makes depressing reading.

Perhaps the pessimism about new technologies is predictable given that Davos represents large companies, not the innovative companies at frontier of energy transformation.

Even so, to say that renewable power sources, excluding hydro, are projected to generate less than a quarter of OECD electricity by 2040 is a strikingly conservative. The percentage is probably about 8% today.

Part of their pessimism seems to derive from a very outdated view of the economics of solar power. Take a look at the chart (right). It shows WEF’s estimates for the costs of electricity generation now and in the future.

The yellow line at the top, starting off the scale, is solar PV. A megawatt hour is said to cost well over $200 in 2016 (about £130). Even by 2030 it’ll be over $110.

PV in Dubai is already at half the price WEF predicts in 20130

I think the people in Davos may have been imbibing too much of the local homebrew. Today, in overcast Britain, groups of installers are racing to put panels on the ground as fast as they can across the southern counties to ensure that they get the current subsidy rates.

The price they get for a medium-sized commercial field? A subsidy of about $100 a megawatt hour (6.38 pence per kilowatt hour) plus the wholesale price of electricity. Let’s call that $70 a megawatt hour in addition.

So even in one of the least attractive parts of the world, PV is already cheaper than WEF says, and by a large margin. More tellingly, one of the latest auctions for installing PV, in Dubai in November last year, produced a figure of about $65 a megawatt hour.

Just to be clear: an installation firm promised to install a large PV farm if it was paid less than a third of the price that WEF says is the underlying cost of solar in 2016 – and about half the price it predicts for 2030.

Open a newspaper in most parts of the world today, and you’ll see optimistic references to the prospect of ‘grid parity’ for the best suited renewable in the local market, whether it is biomass, onshore wind, storage or PV.

A business-oriented organisation like WEF should spend more time in the outside world, sensing the excitement about the rates of progress of low-carbon technologies rather than unquestioningly repeating the five year old wisdom of its leading sponsors.

Perhaps most surprisingly, WEF’s cost figures are approximately 50% higher than those produced by the International Energy Agency, long a sceptic about the progress of PV. And its figures for onshore wind are equally wrong.

By now, I would have thought that at least parts of big business would have recognised the inevitability of the transition to renewables (with storage) and begun to look at how it could profitably participate.

WEF: what are your sources?

None of the projections, estimates or calculations in the report are given a source. We cannot check their accuracy or even the provenance of their figures.

I’m sure that the writers of the document have tried to use reasonable data. But the report is stacked full of statements made without any support or justification, many of which look highly contentious.

We are expected to believe, for example, that “wholesale electricity prices are expected to continue to rise by 57% in the EU” between now and 2040 at the same as retail prices are expected to stay the same. It doesn’t need an economist to say that such a combination is impossible.  

My confidence in the report’s recommendations was further shaken by WEF’s assertion that the EU had wasted $100bn by siting wind and PV in the wrong countries.

“It is obvious to most European citizens that southern Europe has the lion’s share of the solar irradiation while northern Europe has the wind”, says the report – before concluding that Germany has installed too much PV and Spain too much wind.

Wong again. 2013 estimates from the IEA suggest that the average productivity of a Spanish turbine was 26.9% of its maximum capacity, but only 18.5% in Germany. Spain’s wind turbines are almost 50% more productive than Germany’s. In fact Spain managed slightly more than the worldwide average and was only just below the UK or Denmark in average output.

The real stories the WEF missed

Actually, it isn’t that ‘northern Europe has the wind’ but rather that westerly coasts have high wind speeds, making Spain and Portugal’s Atlantic turbines better than almost any inshore areas in northern Europe.

There’s a second reason why Spain should have wind turbines: wind speeds are relatively poorly correlated with the winds in northern Europe. For a more secure European supply, turbines in Spain have a high value, particularly when interconnection with France is improved.

 And in the case of Germany, which does have much lower output from PV than Spain, the argument that it should have left the solar revolution to its southern neighbours is a remarkably ahistorical conclusion.

Without Germany’s very costly support of PV a decade ago we would not currently be looking at grid parity for solar across much of the world.

 


 

Chris Goodall is an expert on energy, environment and climate change and valued contributor to The Ecologist. He blogs at Carbon Commentary.

The report: The Future of Electricity – Attracting Investment to Build Tomorrow’s Electricity Sector‘, written in collaboration with Bain & Company, “outlines recommendations to attract the needed investment and grasp these new opportunities.”

This article was originally published on Carbon Commentary.

 

 




389374

WEF: Big energy CEOs don’t get the renewable revolution Updated for 2026





The World Economic Forum’s ‘The Future of Electricity‘ report on power generation makes depressing reading.

Perhaps the pessimism about new technologies is predictable given that Davos represents large companies, not the innovative companies at frontier of energy transformation.

Even so, to say that renewable power sources, excluding hydro, are projected to generate less than a quarter of OECD electricity by 2040 is a strikingly conservative. The percentage is probably about 8% today.

Part of their pessimism seems to derive from a very outdated view of the economics of solar power. Take a look at the chart (right). It shows WEF’s estimates for the costs of electricity generation now and in the future.

The yellow line at the top, starting off the scale, is solar PV. A megawatt hour is said to cost well over $200 in 2016 (about £130). Even by 2030 it’ll be over $110.

PV in Dubai is already at half the price WEF predicts in 20130

I think the people in Davos may have been imbibing too much of the local homebrew. Today, in overcast Britain, groups of installers are racing to put panels on the ground as fast as they can across the southern counties to ensure that they get the current subsidy rates.

The price they get for a medium-sized commercial field? A subsidy of about $100 a megawatt hour (6.38 pence per kilowatt hour) plus the wholesale price of electricity. Let’s call that $70 a megawatt hour in addition.

So even in one of the least attractive parts of the world, PV is already cheaper than WEF says, and by a large margin. More tellingly, one of the latest auctions for installing PV, in Dubai in November last year, produced a figure of about $65 a megawatt hour.

Just to be clear: an installation firm promised to install a large PV farm if it was paid less than a third of the price that WEF says is the underlying cost of solar in 2016 – and about half the price it predicts for 2030.

Open a newspaper in most parts of the world today, and you’ll see optimistic references to the prospect of ‘grid parity’ for the best suited renewable in the local market, whether it is biomass, onshore wind, storage or PV.

A business-oriented organisation like WEF should spend more time in the outside world, sensing the excitement about the rates of progress of low-carbon technologies rather than unquestioningly repeating the five year old wisdom of its leading sponsors.

Perhaps most surprisingly, WEF’s cost figures are approximately 50% higher than those produced by the International Energy Agency, long a sceptic about the progress of PV. And its figures for onshore wind are equally wrong.

By now, I would have thought that at least parts of big business would have recognised the inevitability of the transition to renewables (with storage) and begun to look at how it could profitably participate.

WEF: what are your sources?

None of the projections, estimates or calculations in the report are given a source. We cannot check their accuracy or even the provenance of their figures.

I’m sure that the writers of the document have tried to use reasonable data. But the report is stacked full of statements made without any support or justification, many of which look highly contentious.

We are expected to believe, for example, that “wholesale electricity prices are expected to continue to rise by 57% in the EU” between now and 2040 at the same as retail prices are expected to stay the same. It doesn’t need an economist to say that such a combination is impossible.  

My confidence in the report’s recommendations was further shaken by WEF’s assertion that the EU had wasted $100bn by siting wind and PV in the wrong countries.

“It is obvious to most European citizens that southern Europe has the lion’s share of the solar irradiation while northern Europe has the wind”, says the report – before concluding that Germany has installed too much PV and Spain too much wind.

Wong again. 2013 estimates from the IEA suggest that the average productivity of a Spanish turbine was 26.9% of its maximum capacity, but only 18.5% in Germany. Spain’s wind turbines are almost 50% more productive than Germany’s. In fact Spain managed slightly more than the worldwide average and was only just below the UK or Denmark in average output.

The real stories the WEF missed

Actually, it isn’t that ‘northern Europe has the wind’ but rather that westerly coasts have high wind speeds, making Spain and Portugal’s Atlantic turbines better than almost any inshore areas in northern Europe.

There’s a second reason why Spain should have wind turbines: wind speeds are relatively poorly correlated with the winds in northern Europe. For a more secure European supply, turbines in Spain have a high value, particularly when interconnection with France is improved.

 And in the case of Germany, which does have much lower output from PV than Spain, the argument that it should have left the solar revolution to its southern neighbours is a remarkably ahistorical conclusion.

Without Germany’s very costly support of PV a decade ago we would not currently be looking at grid parity for solar across much of the world.

 


 

Chris Goodall is an expert on energy, environment and climate change and valued contributor to The Ecologist. He blogs at Carbon Commentary.

The report: The Future of Electricity – Attracting Investment to Build Tomorrow’s Electricity Sector‘, written in collaboration with Bain & Company, “outlines recommendations to attract the needed investment and grasp these new opportunities.”

This article was originally published on Carbon Commentary.

 

 




389374

WEF: Big energy CEOs just don’t get the renewable revolution Updated for 2026





The World Economic Forum’s ‘The Future of Electricity‘ report on power generation makes depressing reading.

Perhaps the pessimism about new technologies is predictable given that Davos represents large companies, not the innovative companies at frontier of energy transformation.

Even so, to say that renewable power sources, excluding hydro, are projected to generate less than a quarter of OECD electricity by 2040 is a strikingly conservative. The percentage is probably about 8% today.

Part of their pessimism seems to derive from a very outdated view of the economics of solar power. Take a look at the chart (right). It shows WEF’s estimates for the costs of electricity generation now and in the future.

The yellow line at the top, starting off the scale, is solar PV. A megawatt hour is said to cost well over $200 in 2016 (about £130). Even by 2030 it’ll be over $110.

PV in Dubai is already at half the price WEF predicts in 20130

I think the people in Davos may have been imbibing too much of the local homebrew. Today, in overcast Britain, groups of installers are racing to put panels on the ground as fast as they can across the southern counties to ensure that they get the current subsidy rates.

The price they get for a medium-sized commercial field? A subsidy of about $100 a megawatt hour (6.38 pence per kilowatt hour) plus the wholesale price of electricity. Let’s call that $70 a megawatt hour in addition.

So even in one of the least attractive parts of the world, PV is already cheaper than WEF says, and by a large margin. More tellingly, one of the latest auctions for installing PV, in Dubai in November last year, produced a figure of about $65 a megawatt hour.

Just to be clear: an installation firm promised to install a large PV farm if it was paid less than a third of the price that WEF says is the underlying cost of solar in 2016 – and about half the price it predicts for 2030.

Open a newspaper in most parts of the world today, and you’ll see optimistic references to the prospect of ‘grid parity’ for the best suited renewable in the local market, whether it is biomass, onshore wind, storage or PV.

A business-oriented organisation like WEF should spend more time in the outside world, sensing the excitement about the rates of progress of low-carbon technologies rather than unquestioningly repeating the five year old wisdom of its leading sponsors.

Perhaps most surprisingly, WEF’s cost figures are approximately 50% higher than those produced by the International Energy Agency, long a sceptic about the progress of PV. And its figures for onshore wind are equally wrong.

By now, I would have thought that at least parts of big business would have recognised the inevitability of the transition to renewables (with storage) and begun to look at how it could profitably participate.

WEF: what are your sources?

None of the projections, estimates or calculations in the report are given a source. We cannot check their accuracy or even the provenance of their figures.

I’m sure that the writers of the document have tried to use reasonable data. But the report is stacked full of statements made without any support or justification, many of which look highly contentious.

We are expected to believe, for example, that “wholesale electricity prices are expected to continue to rise by 57% in the EU” between now and 2040 at the same as retail prices are expected to stay the same. It doesn’t need an economist to say that such a combination is impossible.  

My confidence in the report’s recommendations was further shaken by WEF’s assertion that the EU had wasted $100bn by siting wind and PV in the wrong countries.

“It is obvious to most European citizens that southern Europe has the lion’s share of the solar irradiation while northern Europe has the wind”, says the report – before concluding that Germany has installed too much PV and Spain too much wind.

Wong again. 2013 estimates from the IEA suggest that the average productivity of a Spanish turbine was 26.9% of its maximum capacity, but only 18.5% in Germany. Spain’s wind turbines are almost 50% more productive than Germany’s. In fact Spain managed slightly more than the worldwide average and was only just below the UK or Denmark in average output.

The real stories the WEF missed

Actually, it isn’t that ‘northern Europe has the wind’ but rather that westerly coasts have high wind speeds, making Spain and Portugal’s Atlantic turbines better than almost any inshore areas in northern Europe.

There’s a second reason why Spain should have wind turbines: wind speeds are relatively poorly correlated with the winds in northern Europe. For a more secure European supply, turbines in Spain have a high value, particularly when interconnection with France is improved.

 And in the case of Germany, which does have much lower output from PV than Spain, the argument that it should have left the solar revolution to its southern neighbours is a remarkably ahistorical conclusion.

Without Germany’s very costly support of PV a decade ago we would not currently be looking at grid parity for solar across much of the world.

 


 

Chris Goodall is an expert on energy, environment and climate change and valued contributor to The Ecologist. He blogs at Carbon Commentary.

The report: The Future of Electricity – Attracting Investment to Build Tomorrow’s Electricity Sector‘, written in collaboration with Bain & Company, “outlines recommendations to attract the needed investment and grasp these new opportunities.”

This article was originally published on Carbon Commentary.

 

 




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Rapid Arctic warming is spreading south Updated for 2026





Climate scientists are confident that the Arctic is warming more than twice as fast as any other part of the planet, but now comes evidence from researchers in Finland that the rising temperatures are being felt further south than the polar regions.

Most governments have agreed that the global temperature should not be allowed to rise more than 2°C above its pre-industrial level in order to prevent the onset of dangerous climate change. Finland’s experience shows how fast this threshold may be reached.

The marked rise is reported in a study by researchers from the University of Eastern Finland and the Finnish Meteorological Institute, published in the journal Stochastic Environmental Research and Risk Assessment. They say their study “exhibits a statistically significant trend, which is consistent with human-induced global warming.”

Winter months are warming fastest

Records show that, over the past 166 years, the average temperature in Finland has risen by more than two degrees Celsius.

The average increase observed was 0.14°C per decade, which is nearly twice the global average. Since the 1960s, the temperature has risen faster than ever before, with the rise varying between 0.2 and 0.4°C per decade.

One of the study’s co-authors, Professor Ari Laaksonen, said: “The biggest temperature rise has coincided with November, December and January. Temperatures have also risen faster than the annual average in March, April and May. In the summer months, however, the temperature rise has not been as significant.”

One consequence of the rising temperature is that Finnish lakes now freeze over later in the year than they used to, while the ice cover melts earlier each spring. Some of Finland’s trees are also beginning to blossom earlier than before.

No slowdown in temperature rise

The study found that the temperature has risen in two phases – the first lasting from the start of the observation period in 1847 to the late 1930s, and the second from the late 1960s until now. During the intervening 30 years or so, the temperature remained nearly steady.

Dr Santtu Mikkonen, the lead author, said: “The stop in the temperature rise can be explained by several factors, including long-term changes in solar activity and the post-World War II growth of human-derived aerosols in the atmosphere. When looking at recent years’ observations, it seems that the temperature rise is not slowing down.”

“Our study shows that the warming is taking place all over Finland. In addition to the results shown in the paper we made some tests with data only from southern Finland  and from individual stations in different parts of the country, and the trend was similar in all these analyses. The area of higher warming is reaching further south than it has been recorded before.”

The temperature time series was created by averaging the data produced by all Finnish weather stations across the country. Because the Finnish weather network did not cover the entire country in the early years, data obtained from weather stations in neighbouring countries was also used.

Finland, lying between the Atlantic and the Eurasian continent, is subject to very variable weather. The researchers say they used a method that made it possible for them to take into consideration the seasonal changes typical of Nordic conditions, as well as significant annual variation.

 


 

Alex Kirby writes for Climate News Network.

 

 




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More roads, more traffic, more misery – how commuting is killing us Updated for 2026





Commuting is always a hot topic. This week, I was invited onto a BBC regional radio station to talk about why we find commuting so stressful: a caller had gone on a rant to producers about local roadworks that were making his daily drive hellish.

The irate caller was typical – 91% of UK workers commute and most find it an ordeal. We Brits do love a moan, so what better to complain about?

In this light, the chancellor’s Autumn statement announcement of £15 billion for road schemes up and down England promises an invitation for even greater commuter disgruntlement. While George Osborne says his investment will ease congestion and link up major urban areas, the very act of commuting is actually bad for us.

By encouraging more commuting, and especially by further deepening the hold of the car system with the presumption for private ownership, we will just see more of the same: a legion of stressed out commuters miserably trudging to work and home again throughout the week.

We are commuting further than ever before, an average of more than nine miles, a trend that reflects the pressure to find and hold down a job in times of austerity.

Not what the doctor ordered

This has predictably negative consequences. Recent research into commuting has shown it makes us unhappy and anxious while lowering our sense of self-worth and fundamentally reducing levels of life satisfaction.

The commuting that more than 80% of workers tolerate at an average of an hour a day adversely affects both our physical and mental health.

Commuting increases incidences of back, joint and neck pain, with two-thirds of drivers blaming their daily travel for such ailments.

As well as suffering from higher levels of insomnia, commuters are less likely to take regular exercise and more likely to forego wholesome home-cooked food in favour of ready meals and take-away.

A study in California found commuting to be the most significant lifestyle factor behind obesity – the amount of miles travelled directly correlating to weight gain. When we are out of shape, our self-image suffers and there is a strong relationship between obesity and poor mental health.

Travelling alone

Commuting also tends to make us more isolated. Every 10 minutes of commuting is said to reduce social capital – the networks of friends and acquaintances we can develop – by 10%. We have fewer people to turn to unburden ourselves.

This is the loneliness of the crowds. While commuting inevitably means being surrounded by others, they are typically strangers at best – or, more likely, rivals to compete with and be antagonised by.

Indeed research suggests a rise in commuting by car has increased social atomisation and supplanted the idea of community with a heightened level of detached individualism.

Commuting is not only implicated in a decline of civic spirit but can even be attributed as a major cause of marriage break-up with those travelling more than three quarters of an hour to get to work 40% more likely to divorce their partner. The lack of control in commuting is another stress factor, as traffic jams and unpredictable weather mean we are constantly on edge.

Some of the worst effects can be found in women. While women tend to work shorter hours and commute less, they are unfavourably impacted by the health issues surrounding commuting.

It has been suggested that this trend may result from the generally weaker occupational position women experience but it seems more likely to result from their having to take on greater responsibility for day-to-day household tasks such as childcare and housework.

In particular, this can be found in a practice labelled ‘trip chaining’ as women tend to make more interim stops along the route of their commute, picking up children from schools or purchasing goods at the shops meaning that they have less flexibility and are under more pressure to squeeze in extra activities.

The future of commuting

A recent study found walking or cycling to work improves mental well-being, as well as the obvious physical benefits. Those who get to work under their own steam are able concentrate better and felt under less strain than when travelling by car.

Even opting for public transport made commuters feel better than driving so the message seems to be to get out of the car if you want to feel better.

Of course, the happiest people are actually those who work at home so, with advances in telecommuting and flexi-time, not going into the office at all would be the ideal.

But for those who must commute, the government’s pre-election inducement to make this easier to do by car might seem like good news but, really, will only tie drivers into a practice that is slowly killing them.

 


 

Daniel Newman is a Research Associate at the Sustainable Places Research Institute at Cardiff University, where he works on issues of transportation, looking at electric vehicles and, in particular, their usage in rural settings and through communal ownership and car sharing schemes.

This article was originally published on The Conversation. Read the original article.

The Conversation

 




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Human consumption driving wildlife loss Updated for 2026





Human pressure has halved the numbers of many of the Earth’s wild creatures in just four decades, the Worldwide Fund for Nature says.

While the main recorded threat to biodiversity comes from habitat loss and degradation, it found, climate change is a growing concern. Both are driven by unsustainable human consumption.

WWF’s Living Planet Report 2014 says that vertebrate wildlife populations have declined by an average of just over half, with freshwater species suffering a 76% decline, almost double the average loss of land and ocean species.

In a foreword the director-general of WWF International, Marco Lambertini, writes: “This latest edition of the Living Planet Report is not for the faint-hearted.

“One key point that jumps out is that the Living Planet Index (LPI), which measures more than 10,000 representative populations of mammals, birds, reptiles, amphibians and fish, has declined by 52% since 1970.

“Put another way, in less than two human generations, population sizes of vertebrate species have dropped by half.”

The Report is based on the Index, a database maintained by the Zoological Society of London(ZSL).

Industrial-scale killing

According to WWF, the state of the world’s biodiversity “appears worse than ever.” But it is confident in the robustness of its findings:

“This is a much bigger decrease than has been reported previously, as a result of a new methodology which aims to be more representative of global biodiversity.”

The authors calculated the decline by analysing 10,000 different populations of 3,000 vertebrates. This data was then, for the first time, used to create a representative Living Planet Index, reflecting the state of all 45,000 known vertebrates. The consequences, it shows, can be drastic.

Last week conservationists said that elephant poaching was now happening on an unprecedented and “industrialised” scale in Mozambique, after 22 of the animals were killed for their tusks in the first two weeks of September. Numbers of some marine turtles are estimated to have dropped by 80%.

Professor Ken Norris, director of science at the ZSL, said: “The scale of biodiversity loss, and damage to the very ecosystems that are essential to our existence is alarming. This damage is not inevitable but a consequence of the way we choose to live.”

There is wide disagreement about the number of species on Earth. In 2007, when the total was estimated by many scientists at around 1.5 m (it is now thought to be 8.7 m) the number of vertebrate species was put at about 60,000 in the IUCN Red List.

WWF says too that humans are using more resources than the Earth can continue to provide, felling trees more quickly than they can regrow, for example, catching fish faster than they can reproduce, emptying rivers and aquifers – and emitting too much carbon for natural systems to absorb.

Boundaries crossed

The Report devotes a section to the idea of the Ecological Footprint, the sum of the ecological services that people demand which compete for space. For more than 40 years, it says, humanity’s demand on nature has exceeded what the planet can replenish, principally through climate change.

“Carbon from burning fossil fuels has been the dominant component of humanity’s Ecological Footprint for more than half a century, and remains on an upward trend. In 1961, carbon was 36% of our total Footprint; by 2010, it comprised 53%.”

WWF urges respect for “planetary boundaries” beyond which humanity will “enter a danger zone where abrupt negative changes are likely to occur.”

It says “three planetary boundaries appear to have already been transgressed: biodiversity loss, and changes to the climate and nitrogen cycle, with already visible impacts on the well-being of human health and our demands on food, water and energy.”

The Report argues for the diversion of investment away from the causes of environmental problems and towards solutions, and for “ecologically informed” choices about how we manage resources.

Next year world leaders are due to conclude two critical global agreements: the post-2015 development framework, which will include Sustainable Development Goals intended to be met by all countries by 2030; and a UN treaty leading to effective action to cut greenhouse gas emissions.

 


 

The report: Living Planet Report 2014.

Alex Kirby writes for Climate News Network.

Also on The Ecologist

 




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