17/07/2016

Clean Energy Won’t Save Us – Only A New Economic System Can Do That

The Guardian

It's time to pour our creative energies into imagining a new global economy. Infinite growth is a dangerous illusion
'That 30% chunk of greenhouse gases that comes from non-fossil fuel sources isn't static. It is adding more to the atmosphere each year.' Photograph: Ashley Cooper/Global Warming Images/Alamy
Earlier this year media outlets around the world announced that February had broken global temperature records by a shocking amount. March broke all the records, too. In June our screens were covered with surreal images of Paris flooding, the Seine bursting its banks and flowing into the streets. In London, the floods sent water pouring into the tube system right in the heart of Covent Garden. Roads in south-east London became rivers two metres deep.
With such extreme events becoming more commonplace, few deny climate change any longer. Finally, a consensus is crystallising around one all-important fact: fossil fuels are killing us. We need to switch to clean energy, and fast.
But while this growing awareness about the dangers of fossil fuels represents a crucial shift in our consciousness, I can't help but fear we've missed the point. As important as clean energy might be, the science is clear: it won't save us from climate change.
What would we do with 100% clean energy? Exactly what we're doing with fossil fuels
Let's imagine, just for argument's sake, that we are able to get off fossil fuels and switch to 100% clean energy. There is no question this would be a vital step in the right direction, but even this best-case scenario wouldn't be enough to avert climate catastrophe.Why? Well, first, the burning of fossil fuels only accounts for about 70% of all anthropogenic greenhouse gas emissions. The other 30% comes from a number of causes, including deforestation, and industrial livestock farming, which produces 90m tonnes of methane per year and most of the world's anthropogenic nitrous oxide. Both of these gases are vastly more potent than CO2 when it comes to global warming. Livestock farming alone contributes more to global warming than all the cars, trains, planes and ships in the world. There are also a number of industrial processes that contribute significantly, and then there are our landfills, which pump out huge amounts of methane – 16% of the world's total.
Jeffrey's Bay wind farm in South Africa. Photograph: Nic Bothma/EPA
 But when it comes to climate change, the problem is not just the type of energy we are using, it's what we're doing with it. What would we do with 100% clean energy? Exactly what we are doing with fossil fuels: raze more forests, build more meat farms, expand industrial agriculture, produce more cement, and fill more landfill sites, all of which will pump deadly amounts of greenhouse gas into the air. We will do these things because our economic system demands endless compound growth, and for some reason we have not thought to question this.
within just 60 years, releasing more still. Emissions from the cement industry are growing at more than 9% per year. And our landfills are multiplying at an eye-watering pace: the by 2100 we will be producing 11m tonnes of solid waste per day, three times more than we do now. Switching to clean energy will do nothing to slow this down.
If we keep growing at 3% a year, that means that every 20 years we need to double the size of the global economy 
The climate movement made an enormous mistake. We focused all our attention on fossil fuels, when we should have been pointing to something much deeper: the basic logic of our economic operating system. After all, we're only using fossil fuels in the first place to fuel the broader imperative of GDP growth.
The root problem is the fact that our economic system demands ever-increasing levels of extraction, production and consumption. Our politicians tell us that we need to keep the global economy growing at more than 3% each year – the minimum necessary for large firms to make aggregate profits. That means every 20 years we need to double the size of the global economy – double the cars, double the fishing, double the mining, double the McFlurries and double the iPads. And then double them again over the next 20 years from their already doubled state.
Current projections show that by 2040 we will more than double the world's shipping miles, air miles, and trucking miles. Photograph: Feature China/Barcroft Images
 Our more optimistic pundits claim that technological innovations will help us to decouple economic growth from material throughput. But sadly there is no evidence that this is happening. Global material extraction and consumption has grown by 94% since 1980, and is still going up. Current projections show that by 2040 we will more than double the world's shipping miles, air miles, and trucking miles – along with all the material stuff that those vehicles transport – almost exactly in keeping with the rate of GDP growth.
doesn't make us any happier, it doesn't reduce poverty, and its "externalities" produce all sorts of social ills: debt, overwork, inequality, and climate change. We need to abandon GDP growth as our primary measure of progress, and we need to do this immediately – as part and parcel of the climate agreement that will be ratified in Morocco later this year.
It's time to pour our creative power into imagining a new global economy – one that maximises human wellbeing while actively shrinking our ecological footprint. This is not an impossible task. A number of countries have already managed to achieve high levels of human development with very low levels of consumption. And Daniel O'Neill, an economist at the University of Leeds, has demonstrated that even material de-growth is not incompatible with high levels of human well-being.
Our focus on fossil fuels has lulled us into thinking we can continue with the status quo so long as we switch to clean energy, but this is a dangerously simplistic assumption. If we want to stave off disaster, we need to confront its underlying cause.

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California Breaks Solar Record (Again), Enough Electricity For 2 Million Homes

CleanTechnica - Zachary Shahan

The California Independent System Operator (CAISO), the largest electricity grid in California, broke its own solar generation record last Tuesday.
Topaz Solar Farm, by First Solar
The 8,030 megawatts put out at 1:06pm were approximately double the 2014 high, and ~2,000 megawatts (MW) higher than last year's record.
Naturally, as a lot more solar power capacity is added to the grid, all you need is a particularly sunny day (middle of summer is good for that) to break such a record. The record could be beat yet again in the coming weeks, and it would surely be clobbered in 2017, after another year of solar power additions rush the grid.
As indicated in the headline, the 8,030 MW put out at 1:06pm on Tuesday, July 12, was enough to power ~2 million California homes. Notably, however, solar homes weren't part of the equation in this new solar record. The thing is, CAISO's numbers are just for utility-scale solar installations, excluding rooftop solar power — which is a sizable portion of California's overall solar power capacity.
Additionally, CAISO only accounts for ~80% of California's electricity grid — just the Pacific Gas and Electric, Southern California Edison, and San Diego Gas and Electric jurisdictions. Smaller municipal utilities like Sacramento Municipal Utility District aren't included.
Getting back to the record, I imagine many of you are curious how 8,030 MW compared to overall electricity demand in the state. At the time of the new record, utility-scale solar and other renewables were together providing ~29% of the network's electricity needs. While that is an encouraging number at this stage, it wasn't even close to the percentage record set earlier this year. Such renewables (again, this excludes rooftop solar) accounted for 54% and 56% of CAISO's electricity needs for periods of time on May 14 and May 15 (not for the entire days).
Hopefully it won't be long until we're seeing utility-scale renewables supplying 50% of electricity demand on a regular basis, and 75–80% at record times. Again, though: it would be nice if rooftop solar generation numbers were worked into these figures, which would get us to the more exciting numbers a lot faster.

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