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Posts tagged with:  clean energy

By: The Posts Author | Posted on: 26 Jul 22

Mock up of future development of Sri Lanka’s port city of Colombo (Source: YouTube) Sri Lanka is deeply embroiled in a crisis. Fuel shortages have led to protests. Food protests have led to riots. The President fled the country and then resigned by email. A new President was just elected on Wednesday, July 20, but he is no outsider – he has been Prime Minister six times already. The crisis appears to be the result of a convergence of factors, all hitting simultaneously in just the past couple of years: a collapse in tourism revenue due to COVID, greater fossil

Mock up of future development of Sri Lanka’s port city of Colombo (Source: YouTube) Sri Lanka is deeply embroiled in a crisis. Fuel shortages have led to protests. Food protests have led to riots. The President fled the country and then resigned by email. A new President was just elected on Wednesday, July 20, but he is no outsider –


By: The Posts Author | Posted on: 13 May 22

Solar panels on the Werkspoorfabriek, a large industrial warehouse, in Utrecht Germany can shift its entire electricity system onto solar, wind and batteries by 2030 for less than 1% of its GDP. And the country’s entire energy system can go 100% clean energy by 2035 for less than what it spends on fossil fuels. In 10-15 years, Germany can change everything, permanently ending the era of dependence on expensive, volatile fossil fuel extraction, and leading the way for Europe to do the same. At RethinkX, with the Russian invasion of Ukraine prompting European governments in particular to radically rethink their

Solar panels on the Werkspoorfabriek, a large industrial warehouse, in Utrecht Germany can shift its entire electricity system onto solar, wind and batteries by 2030 for less than 1% of its GDP. And the country’s entire energy system can go 100% clean energy by 2035 for less than what it spends on fossil fuels. In 10-15 years, Germany can change


By: The Posts Author | Posted on: 14 Mar 22

Industry in Russia Conventional analysts are looking at the Russian invasion of Ukraine through the lens of military strategy and geopolitical rivalry. But the invasion and its geopolitical consequences can only be properly understood in the context of wider transformations in the global economy, driven by disruptions unfolding across every major sector, namely, energy, transportation, food, information and materials. The Russian invasion of Ukraine is, in other words, symptomatic of a much wider process: the economic and military unwinding of the age of extraction as an entirely new system emerges. Six years ago, RethinkX’s co-founders Tony Seba and James Arbib

Industry in Russia Conventional analysts are looking at the Russian invasion of Ukraine through the lens of military strategy and geopolitical rivalry. But the invasion and its geopolitical consequences can only be properly understood in the context of wider transformations in the global economy, driven by disruptions unfolding across every major sector, namely, energy, transportation, food, information and materials. The


By: The Posts Author | Posted on: 7 Feb 22

  “What about the Jevons Paradox?” This is a common refrain in environmental discourse. It’s another way of asking, “won’t new technology always just create more problems than it solves?” William Stanley Jevons was an English economist and mathematician who noticed in 1865 that, paradoxically, the consumption of coal actually increased when technological progress improved the efficiency of steam engines. Efficiency lowers costs, which lowers prices, which increases demand. And, sometimes, the increase in demand is so disproportionately large that overall consumption actually grows. This outcome came to be known as the Jevons Effect, or Jevons Paradox. The Jevons Effect

  “What about the Jevons Paradox?” This is a common refrain in environmental discourse. It’s another way of asking, “won’t new technology always just create more problems than it solves?” William Stanley Jevons was an English economist and mathematician who noticed in 1865 that, paradoxically, the consumption of coal actually increased when technological progress improved the efficiency of steam engines.


By: The Posts Author | Posted on: 31 Jan 22

  The JP Morgan Asset and Wealth Management Annual Energy Paper is one of the most influential publications among global investment and business leaders in the energy sector. But JP Morgan Chase’s 2021 Annual Energy Paper is a deeply flawed piece of work that promotes some serious misinformation about the clean energy transformation, reinforcing the mistaken belief – often promulgated by fossil fuel companies – that it will be slow, expensive and require onerous state intervention. Coming from JP Morgan Chase – the world’s fifth largest bank, and the largest lender to fossil fuel industries – the paper informs the

  The JP Morgan Asset and Wealth Management Annual Energy Paper is one of the most influential publications among global investment and business leaders in the energy sector. But JP Morgan Chase’s 2021 Annual Energy Paper is a deeply flawed piece of work that promotes some serious misinformation about the clean energy transformation, reinforcing the mistaken belief – often promulgated


By: The Posts Author | Posted on: 2 Dec 21

We are witnessing the start of the most profound disruption of the energy sector in over a century. Like others throughout history, this disruption is the result of a convergence of several key technologies – namely, solar photovoltaics, onshore wind power, and lithium-ion batteries (SWB). A 100% SWB energy system is possible as soon as 2030 in regions that choose to lead, and because energy accounts for over half of all greenhouse gas emissions, the clean disruption of this sector will be a large part of how we can reduce emissions by 90% by 2035.   A common question that arises

We are witnessing the start of the most profound disruption of the energy sector in over a century. Like others throughout history, this disruption is the result of a convergence of several key technologies – namely, solar photovoltaics, onshore wind power, and lithium-ion batteries (SWB). A 100% SWB energy system is possible as soon as 2030 in regions that choose


By: The Posts Author | Posted on: 6 Oct 21

It’s often thought that clean energy represents a transition from cheap, abundant fossil fuels to expensive, scarce renewables. In this analysis, we will explore how this fear has it exactly backwards: in reality, the clean energy disruption will usher in a fundamental transformation in the way we produce energy, one that can revolutionalize the specific energy and labour relations that have historically generated episodes of resource scarcity under fossil fuels.  In part 1, we saw how the fear that mineral shortages will derail the clean energy disruption is largely unfounded, and that while the risk exists, it can be mitigated

It’s often thought that clean energy represents a transition from cheap, abundant fossil fuels to expensive, scarce renewables. In this analysis, we will explore how this fear has it exactly backwards: in reality, the clean energy disruption will usher in a fundamental transformation in the way we produce energy, one that can revolutionalize the specific energy and labour relations that


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