The Northern Pass Transmission targets the state of New Hampshire.The media reports polls say 50% of New Hampshire opposes it.From Quebec, Canada to Concord, NH, you see only signs of opposition to Northern Pass. Bumper stickers against it in French are seen on the Canadian side. On the US side hundreds, perhaps thousands of hand-painted postersin English ‘Northern Pass Kiss my Ass’ and commercially printed ones in French‘Enterrez-le’ (Bury It) line the route south to Concord.A public referendum would kill the proposal. There’s been no talk of referendums.
Northern Pass is a collaboration between Boston-based Eversource Energyand Hydro-Quebec, the Quebec State Utilities. Their plan isto construct power lines from Quebec to Concord, NH cutting through 192 miles of NH forest.
In the NH media the arguments against it revolve around the environmental impacts and potential declines in real estate values and tourism. There are more fundamentalreasons not to allow Northern Pass but those have not been raised. Northern Pass is billed as ‘green energy’ because its 90% hydroelectric power. But ‘green’ implies more than simply hydroelectric. Green means sustainable. Regarding this criteria scrutiny of Northern Pass has been noticeably absent in the media. The Northern Pass model is archaic.
Robert Hebner, Director of the University of Texas/ Austin Center for Electomechanics says that transmitting thousands of megawatts long distances is a thing of the past.Smaller grids are the future and threat to big utility companies. The grid-expanding Eversource-HydroQuebec deal is a shrewdmaneuver to prevent losses in the face of a grid-break up.
Small grids are more logical. They are more sustainable, a better defense against climate change. A hotter climate means more storms and higher energy storms.In big grids millions lose power with a flood, a lightning strike, a power line downed by wind, snow or a tree. Heat wavesproduce extreme demand by millions resulting in brownouts and blackouts. Human operator erroron a big grid means millions lose power.
Hydro-Quebec is famous for power failures. For example, a1989 space storm that interrupted service at Hydro-Quebec caused outages in Quebec and in turn New York City affecting 6 million people for 9 hours. The there was the 1998 ice storm. It destroyed transmission towers and caused massive prolonged power outages in Quebec. In 1999 a wind storm downed Hydro-Quebec transmission lines. It cutting power to 600,000 people for over a week.In 2006 winds blow down Hydro-Quebec power lines. It left 450,000 without power.
The risks of big grids are well documented but absent from the debate on Northern Pass. Big grids fail big. Our experience with big gridsover the last 50 yearsis acomedy of errors. In 2003 fallen tree’s cut power to 8.5 million people in 17 states for two weeks people in Hurricane Sandy on the US’s east coast. In 2012, hundreds of millions lost power due to a surge in demand during a heat wave.In 2012 a wind storm cut power to 4.2 million customers in 11 states in the midwest for 10 days. In 2011 downed trees and wires caused a ten-day black out for three million customers in Mid-Atlantic states and New England. In 2011 hot weather and high demand after the end of the cause 12 hour outage , affecting 2.7 million people in Arizona and California which was importing power from Arizona. In 2003 two cables failed in London, and 250,000 customers lost power. In 2003 tree trimming caused a transmission line to short circuit. 50 million people- 10 million in Canada and 40 million in the US, were without power for four days. In 1998 lightning struck a Minnesota transmission line causing a separation of the northern Midwest from the Eastern grid. 52,000 people in upper Midwest, Ontario, Manitoba, and Saskatchewan lost power for 19 hours. In 1996 an Idaho transmission line overheated and sagged into a tree, which tripped relays to Wyoming coal plants. Two million people in the U.S., Canada, and Mexico lost power for minutes to hours. In 1996 inadequate tree trimming shorted-circuited Washington state transmission lines which tripped hydro turbines at an Oregon Dam. 7.5 million customers lost power in seven western U.S. states, two Canadian provinces, and Baja California, Mexico for up to six hours.In 1982 high winds knocked one transmission tower over causing a domino effect, as tower fell on tower. Five million people on the west coast lost power.In 1977 lightning struck several power lines shutting Indian Point No. 3 nuclear plant, causing power surges, overloads and disconnecting New York City from the North East grid. Nine million people in New York City lost power. Looting lasted for 26 hours. In 1965 a wrong setting on a transmission system device near Niagara Falls led to other human errors which lead to 30 million people losing power for 13 hours in the Central Northeast US and Ontario.
Terrorism is a bigger risk for bigger grids. Power failures can result from hacking. A Vermont electric utility was hacked by Russians. It was unaffected only because it was not connected to the bigger grid. In 2015 Kiev, Ukraine lost power as result of suspected Russian hacking.
It is irrelevant that Northern Pass makes no sense. There is a precedent here for senseless things happening. History is about to repeat itself. US and Canadian corporations will muscle Northern Pass though the same way the overwhelmingly unpopular Canadian Natural gas pipeline was muscled through. In VT they just dug it. They heck with permits.The corporate attitude was ‘let them stop us’. Maybe the term ‘leader of the free world’ refers to corporate freedom.
Economic value of energy efficiency can drive reductions in global CO2 emissions
Ambitious energy efficiency policies can keep global energy demand and energy-related carbon-dioxide (CO₂) emissions steady until 2050, according to a new report by the International Energy Agency. Perspectives for the Energy Transition: The Role of Energy Efficiency shows that despite a near-tripling of the world economy and a global population that increases by nearly 2.3 billion, end-use energy efficiency alone can deliver 35% of the cumulative CO₂ savings through 2050 required to meet global climate goals.
Global energy demand grew by 2.1% in 2017 according to IEA estimates, more than twice the growth rate in 2016. At the same time, global energy-related CO₂ emissions increased for the first time in three years, as improvements in global energy efficiency slowed down dramatically to 1.7%.
“Among all energy trends in 2017, the one that worries me the most is the slowdown in energy efficiency improvements,” said Dr Fatih Birol, Executive Director of the International Energy Agency. “The rate of improvement that we saw is around half of the rate that is required to meet clean energy transition goals.”
IEA analysis in Perspectives for the Energy Transition: The Role of Energy Efficiency demonstrates that on top of a wide range of benefits including cleaner air, energy security, productivity and trade balance improvements, there is a compelling economic case for energy efficiency. But, without further policy efforts, these benefits are unlikely to be realised as less than a third of global final energy demand is covered by efficiency standards today.
Realising the full potential of energy efficiency will require a step-change in investments on the demand side of the energy equation, rising to USD 1.7 trillion per year through 2050, the majority of which is for energy efficiency and the electrification of transport. On the supply side, the focus is on reallocating investments towards renewables and other low-carbon technologies such as nuclear and carbon capture, utilisation and storage.
While the scale of the demand-side investment required may appear challenging, fuel cost savings over the lifetime of most technologies are larger than the investment required, which implies a strong economic benefit that arises from energy efficiency investment. Although there are still many low-hanging fruits that can pay back their initial investment quickly, payback periods are often too long to attract investment from consumers and businesses. Effective policy frameworks are needed to overcome economic and non-economic barriers to energy efficiency and to incentivise adoption of more efficient technologies.
Perspectives for the Energy Transition: The Role of Energy Efficiency demonstrates a compelling economic case for energy efficiency as being essential to make the energy transition affordable, faster and more beneficial to all. The IEA recommends that governments adopt a strategic approach to energy efficiency, supported by well-designed efficiency policies and a strong focus on implementation and enforcement.
Report: Powerful New Policy Options to Scale Up Renewables
A new report by the International Renewable Energy Agency (IRENA), the International Energy Agency (IEA), and the Renewable Energy Policy Network for the 21st Century (REN21), Renewable Energy Policies in a Time of Transition, is an unprecedented collaboration that sheds new light on the policy barriers to increased deployment of renewables and provides a range of options for policymakers to scale-up their ambitions.
Since 2012, renewable energy has accounted for more than half of capacity additions in the global power sector. In 2017 alone a record-breaking 167 GW of renewables capacity was added worldwide. 146 million people are now served by off-grid renewable power, and many small island developing states are advancing rapidly towards targets of 100% renewables.
One of the main rationales behind the call for a higher share of renewables in the energy mix is the urgent threat posed by climate change. Of the 194 parties to the United Nations Framework Convention on Climate Change 145 referred to renewable energy in their nationally determined contributions (NDCs), and 109 included quantified renewable energy targets. Air pollution is also a pressing issue, with an estimated 7.3 million premature deaths per year attributable to household and outdoor air pollution. Energy security is another influencing factor, with small island states particularly affected by security issues and resilience in the face of natural disasters. Finally, countries looking to expand energy access in rural areas are increasingly turning to renewables as the most cost-effective, cleanest and most secure option.
But the pace of the energy transition needs to be substantially accelerated to meet decarbonisation and sustainable development objectives. As outlined in IRENA’s recently-released Global Energy Transformation: A Roadmap to 2050, to achieve the two-degree goal of the Paris target, the share of renewables in the primary global energy supply must increase from 15% today to 65% by 2050. Gains in the electricity sector must be matched in end-use sectors such as heating and transportation, which together account for 80% of global energy consumption.
Renewable Energy Policies in a Time of Transition provides policymakers with a comprehensive understanding of the diverse policy options to support an accelerated development of renewables across sectors, technologies, country contexts, energy market structures, and policy objectives, to scale up renewable energy deployment. An updated joint classification of renewable energy policies to illustrate the latest policy developments around the world.
Key areas of focus:
Heating and Cooling
Heating accounted for over 50% of total final energy consumption in 2015, with over 70% of that met by fossil fuels. To increase the use of renewables, a range of policy instruments are required. These include mandates and obligations, which can offer greater certainty of increased deployment; building codes, which implicitly support renewable heating and cooling from renewables by setting energy performance requirements; renewable heat and energy efficiency policies that are closely aligned to leverage synergies and accelerate the pace of transition; fiscal and financial incentives, which reduce the capital costs of renewables; and carbon or energy taxes, which provide important price signals and reduce externalities.
Transport is the second largest energy end‑use sector, accounting for 29% of total final energy consumption in 2015, and 64.7% of world oil consumption. With the exception of biofuels, there is little practical experience of fostering renewables in transport. Policies and planning should help overcome the immaturity or high cost of certain technologies, inadequate energy infrastructure, sustainability considerations and slow acceptance among users as new technologies and systems are introduced. They should also build improved understanding between decision makers in the energy and transport sectors, so as to enable integrated planning and policy design. Removal of fossil fuel subsidies is also essential, especially in shipping and aviation.
Although the power sector consumed only about a fifth of total final energy consumption in 2015, it has received the most attention in terms of renewable energy support policy. Investments in the sector are largely driven by regulatory policies such as quotas and obligations and pricing instruments, supported by fiscal and financial incentives. Quotas and mandates cascade targets down to electricity producers and consumers, but require a robust framework to monitor and penalize non-compliance. Administratively set pricing policies (like feed-in tariffs and premiums) need to continuously adapt to changing market conditions and the falling cost of technology. Auctions are being increasingly adopted, given their ability for real-price discovery, and have resulted in a five-fold price reduction between 2010 and 2016, though auction design is crucial.
A number of countries and regions are reaching high penetrations of VRE in their power systems, and implementing policies to facilitate their system integration. Strategies for system integration of renewables are crucial to minimise negative impacts, maximize benefits and improve the cost effectiveness of the power system. As VRE shares grow in the power system, so do the challenges of system integration.
A wide range of policies have been adopted to support the growth of renewable energy around the world. The nature of those policies in a given country depends on the maturity of the sector, the particularities of the market segment, and wider socio-economic conditions. As this report shows, as deployment of renewable energy has grown and the sector has matured, policies must adapt and become more sophisticated to ensure the smooth integration of renewables into the wider energy system – including the end-use sectors – and a cost-effective and sustainable energy transition.
Better information needed to improve gender diversity in the clean-energy sector
Recognizing that the energy sector lags when it comes to gender diversity, the Italian Agency for New Technologies, Energy and Sustainable Economic Development (ENEA) and the International Energy Agency (IEA) brought together over 80 experts from governments, industry, academia and other organisations for a day-long workshop last week to discuss ways to improve data on women’s participation in the clean-energy sector.
Only limited data on the participation of women in the energy sector is currently available – data that will be critical to building a better understanding of how to make the sector more gender balanced. Without better information, reaching the goal of gender equality by 2030, set under the United Nations Sustainable Development Goal (SDG 5), will be impossible to reach.
Participants shared experiences on data collection and methods of assessment to analyse gender diversity as well as employment opportunities offered to women by the clean energy transition. The workshop was held under the Clean Energy Education and Empowerment Technology Collaboration Programme (also known as the C3E TCP), which seeks to promote higher participation of women in the clean-energy sector.
“The extraordinary and recognised capacity of women to handle complex and multivariable contexts, their openness to innovation and their responsiveness to environmental issues constitute an important asset for the energy transition” said Massimo Gaiani, Director General for Global Affairs of the Italian Ministry of Foreign Affairs and International Cooperation.
Four key messages emerged from the discussions:
1) Participants recognised the importance of collecting more detailed gender disaggregated data, but stressed the need to clearly define what information was needed and why;
2) Quantitative data should be supplemented with qualitative information to identify key barriers for women pursuing careers in the energy sector and to develop more targeted solutions to overcoming these challenges;
3) While comprehensive data is limited, a significant number of national and international efforts to collect information and promote gender already exist and there is opportunity for the Clean Energy Education and Empowerment Technology Collaboration Programme (C3E TCP) to collaborate with other leading institutions working on gender diversity to help build and disseminate knowledge;
4) Finally, the increased engagement of men to promote and support women’s advancement into leadership roles is critical in meeting gender equity and should be fostered.
The meeting also included a dialogue with leading Italian energy companies on a proposal to adopt a common pledge to take action and commitments to achieve gender equality by 2030 (SDG 5). Led by Sweden and Canada with support from the IEA, this new campaign will be launched at a side event to take place at the next Clean Energy Ministerial meeting in Copenhagen on 24 May.
Companies recognised the valuable role that women play in driving innovation and sustainability. Francesca Magliulo, Head of Sustainability and Corporate Social Responsibility of EDISON S.p.A Italy said, “Edison supports this initiative, our experience shows that inclusion and gender diversity creates new capacity to offer innovative solutions to new markets and new customer communities.”
Participants also confirmed that the current momentum to advance and accelerate progress on gender equality represents a tremendous opportunity. While the workshop focused on building knowledge and improving data, Elisabeth Marawba of the Department of Energy of South Africa stressed that “we also need to pay attention to the empowerment of women as business-owners and investors and not just focus on the employment aspects of women in clean energy.”
The C3E TCP and IEA will work together to expand data and indicators as well as undertake analysis to help fill the knowledge gap on gender diversity and women’s empowerment in the energy sector.
Find out more about the C3E TCP programme
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