Writing for Carbon Brief, John Bistline at the Electric Power Research Institute summarises his co-authored paper “Actions for reducing US emissions at least 50% by 2030”, the target set by the Biden administration. The paper provides detailed projections and actionable insights about the policies and technology deployment needed to achieve this near-term climate goal. Roughly 70-90% of emissions reductions by 2030 must come from the power and … [Read more...]
Net-zero targets delayed by fossil fuel investors suing governments
As nations try to phase out fossil fuels, companies are suing them for compensation. Rachel Thrasher at Boston University, Blake Simmons at Colorado State University and Kyla Tienhaara at Queen's University (Ontario) summarise their latest study of the scale of the payouts. The cases are based on treaties – the Energy Charter Treaty being the most significant - that allow investors to sue governments when policy changes overturn their … [Read more...]
Reversible Hydrogen fuel cells: can H2 gas-to-power support the grid economically?
We know about making green hydrogen from excess intermittent wind and solar. We also know that that same intermittency means the gaps in wind and solar generation need filling. Green hydrogen is very expensive to make. But what if that green hydrogen could be economically converted back to power when needed? Writing for Stanford University, Edmund Andrews describes new research, in collaboration with the University of Mannheim in Germany, into … [Read more...]
EU Heat Pumps: warnings against “one size fits all” policies
The EU is aiming for the installation of 50 million heat pumps by 2030, equating to annual growth of 16%, reaching one third of the total 150 million boiler installations in the bloc. Helen Farrell reviews these ambitious targets and the policies that are driving them, and turns to a report by RAP to identify the weaknesses in the plan and how it can be improved. The main danger is a ‘one size fits all’ approach. Different countries have … [Read more...]
U.S. FERC proposal for grid planning has serious flaws around benefits and beneficiaries
The U.S. Federal Energy Regulatory Commission (FERC) is in the midst of a key rulemaking on planning and building an electric grid. But the plan has serious flaws, says Mike Jacobs at UCS, rooted in the lack of coordination and control at the federal level. FERC wants the states to work with the utilities to define the sharing of benefits and costs from transmission, describe resource areas (like wind, solar, geothermal) where transmission is … [Read more...]
Do e-bike subsidies lift sales, change habits and cut emissions?
What happened when Sweden introduced a 25% rebate on the cost of an e-bike for 12 months over 2017-18? Lucas Davis at the Haas School of Business reviews a study that digs into the consequences. Sales increased by 70%. E-bike prices remained steady, so the sellers didn’t simply raise prices to eat up the rebate. The study estimates that although a third of those sales would have “happened anyway” (i.e. no additionality) the remaining two-thirds … [Read more...]
Hydrogen is also a greenhouse gas, so leaks must be minimised
Even leaked hydrogen can warm the climate. How serious is it as a greenhouse gas? How easy is it to minimise leaks? Thomas Koch Blank, Raghav Muralidharan, Kaitlyn Ramirez, Alexandra Wall and Tessa Weiss at RMI answer these important questions as the hydrogen ramp up begins. The first observation is that hydrogen is much less damaging than natural gas, even with minimal hydrogen leakage regulation. Nevertheless, the roll-out of this new energy … [Read more...]
Biologically produced Ethylene for plastics can become a carbon capture leader
Ethylene is a key component of the world’s vast appetite for plastics. But it’s normally made using fossils as a feedstock, and is energy-intensive to produce. So the chemicals industry has long sought a way to biologically manufacture ethylene. It would be a double-win for clean energy: it would capture CO2 and displace the fossil-based feedstocks. Connor O’Neil at NREL describes new research that makes ethylene in a “one-step” process fuelled … [Read more...]
Electricity markets with high shares of Wind and Solar will need Nuclear
When electricity markets have high shares of wind and solar – the goal of many regions around the world – is it more efficient to build a nuclear power plant instead of investing further in more renewable capacity? The answer is yes, according to a study by Machiel Mulder, Xinyu Li and Arjen Veenstra at the University of Groningen. In essence, it’s because nuclear benefits from the high (scarcity) prices when there’s little wind or sunshine. Here … [Read more...]
Russia-Ukraine stalls EU Biofuels, but accelerates its medium/long-term targets
Rising food and fuel costs are pushing several EU countries to freeze or lower 2022-2023 low-carbon blending mandates for transportation fuels. That will likely mean a rise in emissions, but only in the short term, says Cornelius Claeys at Stratas Advisors. However, the same policymakers understand that ending imports of fossil fuels from a belligerent Russia is an opportunity to raise low-carbon targets for the medium and long term. So, right … [Read more...]
Netherlands and China co-operate on Aquifer Thermal Energy Storage for heating and cooling
Aquifer Thermal Energy Storage (ATES) accesses the stable temperature of groundwater to warm buildings in winter and cool them in summer. The solution uses much less power than conventional heating and cooling systems. As Daisy Chi at ECECP explains, ATES first took off in China in the 1960s but ran into problems with the required circulation of the groundwater. However, the technology has been developed and optimised in the Netherlands: of the … [Read more...]
Renewable Ammonia’s role in reducing dependence on Gas
Today, IRENA and the Ammonia Energy Association (AEA) released its “Innovation Outlook Renewable Ammonia” which updates in detail the current state and prospects for green ammonia as an energy carrier. Here, Dolf Gielen, Francisco Boshell and Gabriel Castellanos at IRENA and Kevin Rouwenhorst and Trevor Brown at the AEA summarise the findings. Worldwide ammonia production, though fossil-based, is already at-scale as a feedstock for fertiliser. So … [Read more...]
Latest U.S. modelling shows Battery Storage can support an 80% Renewables grid by 2050
NREL’s latest Storage Futures Study concludes that battery storage should be able to support an 80% renewables grid mix in the U.S. by 2050. Madeline Geocaris at NREL explains how they modelled hundreds of future scenarios to accurately represent the value of diurnal (<12 hours) battery energy storage. The high-storage scenarios made different cost and performance assumptions for storage, wind, solar PV, and natural gas. 15 storage … [Read more...]
Will China’s gigantic wind and solar “bases” mean targets met four years early?
China will have doubled its 2020 installed wind and solar capacity by 2025, exceeding 1,100GW, according to government plans. That’s four years sooner than required to meet their target of peak CO2 emissions by 2030 and carbon neutrality before 2060. Writing for Carbon Brief, Lauri Myllyvirta and Xing Zhang at CREA explain that the main driver is the creation of “clean energy bases”: large-scale concentrations of wind and solar power on deserts … [Read more...]
If most truck journeys are less than 300 miles the E-Truck revolution can happen now
What proportion of trucks today could go electric? That’s the question Emily Porter at RMI has asked for California and New York. The answer is 65% of medium-duty trucks and 49% of heavy-duty trucks. Those are very encouragingly high numbers. RMI’s definition of “electrifiable” is if they travel fewer than 300 miles between trips to their home bases. The study gathered real data on how freight trucks are driven today. Clearly, a large number of … [Read more...]
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