hydropower

By Chayuda Boonrod - Capire, April 5, 2024

Chayuda Boonrod is a member of the Assembly of the Poor (AoP), a grassroots organization based in Thailand that struggles for self-determination and right to resources with both rural and urban communities. Her participation in the struggle comes from her family, who is involved in the struggle for land in the country.

Chayuda shared with us aspects of the current political context of Thailand, and the struggle of AoP against dams’ impacts in the country. The Assembly of the Poor is active in the struggle against dams since it was formed, on September 10th, 1995. “I was born on the 31st, so I’m 21 days younger than the organization. Growing up, I saw my family, my aunts, and uncles, everyone that I know, engaging in one way or another with our organization and La Via Campesina” said Chayuda.

This interview was conducted during the 8th International Conference of La Via Campesina, held in December 2023 in Bogotá, Colombia. Together with La Via Campesina, AoP members have participated in activities both in the country and abroad. About this relationship between these two organizations, she adds: “We have many people from LVC coming to visit and study the communities”. Besides that, AoP hosted the LVC Asia Youth meeting, held on Oct 2022 in Surat Thani, Thailand. Read the full interview below.

By Jessica Aldridge and Mark Z Jacobson - Eco Justice Radio, February 23, 2023

By Sean Sweeney - New Labor Forum, July 18, 2022

How can the world end energy poverty in the Global South and simultaneously reduce greenhouse gas emissions to fight climate change? In 2021, 860 million people had no access to electricity. [1] Today, a third of all humanity lacks access to reliable power. Roughly 2.6 billion people heat their homes with polluting fuels and technologies, and using traditional stoves fueled by charcoal, coal, crop waste, dung, kerosene, and wood.2 The majority of families in the Global South are today able to turn on an electric light—and therefore have “access to electricity” for at least some hours in the day—but for many that is as far as it goes. For other basic needs, dirty and perhaps life-threatening energy continues to be the norm.

The urgency of providing energy to the great numbers of people in the Global South who lack it runs headlong into the necessity to divert climate disaster by reducing worldwide carbon emissions. It is this challenge that sits at he center of current debates on “sustainable development.” For some years, the standard answer from the climate policy world has been the following: the Global South is well positioned to “leapfrog” the phase of centralized energy and jump feet first into the transition to modern renewables, in the same way as mobile phones have proliferated in the developing world without first having to install traditional land-line infrastructure.3 Whereas large nuclear, coaland gas-fired power stations and hydroelectric dams take years to build, by comparison wind, solar, and battery technologies are small, easy to install, and, the argument goes, increasingly affordable. Rural communities without electricity can set up stand-alone “micro- grids,” so there is no need for traditional transmission and distribution grids which are expensive and inefficient. The Global South—which refers broadly to Africa, Latin America and the Caribbean, the Pacific Islands, and the developing countries in Asia—is blessed with so much sun and wind, there is no reason why energy poverty cannot be consigned to history relatively quickly.4

That is the good news. The bad news is that it is not happening, and there are few signs that it will.

By Jim Stanford. - Center for Future Work, May 26, 2022

A new report from the David Suzuki Foundation takes a deep dive into the employment gains that could be achieved through the rapid electrification of Canada’s economy, driven by the expansion of sustainable power generation and infrastructure. The new report, “Shifting Power: Zero-Emissions Electricity Across Canada by 2035”, estimates that 75,000 net new jobs would be created by the expansion of clean electricity generation and use over a 15-year period. This would contribute substantially to the attainment of Canada’s net-zero objectives, as well as to strengthening employment outcomes for Canadian workers as the economy shifts toward sustainable energy sources.

Centre for Future Work Director Jim Stanford provided a supplementary analysis for the report, addressing the economic and employment opportunities associated with decarbonized electrification. He notes those benefits would occur through several complementary channels:

• Jobs in developing and operating renewable generation systems (including solar, wind, geothermal and hydroelectric power). Construction of these projects will create hundreds of thousands of person-years, with thousands more ongoing jobs in operation and maintenance.
• New work in expanding and upgrading the electric grid. Major investments will be required to upgrade transmission facilities, install modern control and regulating equipment and prepare the grid for the more complex and variable power distribution requirements associated with dispersed renewable generation.
• Manufacturing of capital equipment and other material inputs to renewable generation projects. With appropriate value-added industrial strategies to enhance Canada’s industrial footprint in these growing industries, thousands of permanent jobs would be created manufacturing wind turbines, solar power equipment, transmission equipment and materials, and other capital inputs to electrification.
• Installation and maintenance of new equipment that uses electricity in various industrial and consumer applications — everything from residential heating systems to electric vehicles to large industrial power systems.
• Jobs in new industries attracted to Canada by the availability of clean, reliable and competitive electricity. Canada’s abundance of primary renewable electricity resources would position us at the forefront of the global transition to sustainable electric energy. That will stimulate interest and investment by industrial firms and financial investors from around the world.

Overstated and misleading warnings that shifting away from fossil fuel use will inevitably cause major job losses and dislocation have already been disproved by the progress in decarbonizing electricity that has already been made. Stanford notes that reliance on fossil fuels in electricity generation in Canada has already fallen by one-third since the turn of the century – yet the electricity generation and distribution industry has created 10,000 net new jobs over that same period. And since renewable energy sources, in general, are more labour-intensive than fossil fuels, this continuing shift can be expected to produce more net job gains in the years ahead.

Jim Stanford’s full commentary for the Shifting Power report is posted here. For more details, please see the Suzuki Foundation’s full report, “Shifting Power: Zero-Emissions Electricity Across Canada by 2035”

By Kay Brown, Carly Wier, et. al. - Alaska Climate Alliance, March 21, 2022

Alaska has a vast endowment of renewable energy resources that can be tapped in its transition to a renewable energy future. Benefits of accelerating the energy transition in Alaska include more jobs, lower energy prices, higher energy security and the potential for renewable resources to support zero carbon hydrogen-based fuels for the aviation and maritime industries.

The state has already begun to develop its renewable energy resources and continues to support renewable technology development for Alaska’s challenging environment. The scale of Alaska’s vast undeveloped renewable energy resource endowment remains more than 14 times the total U.S. energy consumption.

Renewable energy technologies, including wind, solar, geothermal, and ocean and river hydrokinetic, along with complementary energy storage technologies, are continuing to exhibit declining costs which make them increasingly attractive as a primary energy source to substitute for fossil fuels in the electric sector and to support the electrification of buildings and the transformation of the transportation sector to electrification and renewable hydrogen-based fuels.

As local fossil fuel costs escalate across Alaska, from 2.5X higher in the Railbelt to as much as 4X higher in Rural Alaska (as compared to the U.S. average), renewable energy technologies are increasingly attractive investments and are poised to affordably replace legacy fossil fuel energy systems in the 2030-to-2050 time horizon while providing greater energy security, increased energy resiliency especially in rural Alaska, and broad environmental, economic and health benefits.

Independent studies have confirmed that the development of Alaska’s renewable energy potential will generate thousands of jobs – at least comparable in magnitude to the fossil fuel jobs that may be displaced by the transition to a clean renewable energy sector.

Read the report (PDF).

By various - The Climate Museum, November 5, 2021

By Yesenia Rivera and Johanna Bozuwa - Energy Democracy Project, October 2021

Have you ever wondered who is in charge of your electricity? And why?

The People’s Utility Justice Playbook has two components:

1. a “History of Utilities” report to summarize the history of utilities for everyone to understand how our current energy system originated.
2. a “People’s Utility Justice Playbook” to expose the tactics from electric utilities that are undermining community’s efforts, so we can build our organizing strength—to not only fight back but also to build the democratic energy system for climate justice.

This is the basic information we need to fight back against energy utilities attempting to slow or stop progress toward economic and climate justice.

History of Utilities​

Electric utilities have expanded into almost every aspect of our lives to become one of the most powerful and concentrated industries on Earth. To have a better understanding of what we’re fighting against, we first need to learn about the history of energy utilities! This PDF summarizes the entire timeline and how the rise of energy democracy came about.

People's Utility Justice Playbook

In order to fight the industry-owned utilities’ tactics, we need our own strategies for combat!

We have our very own playbook sourced from energy justice activists on the ground. They suggest strategies and tactics they employ when fighting against utilities that anyone fighting against utilities could use!

Read the History (PDF).

Read the Playbook (PDF).

By Joanna Cabello - World Rainforest Movement, July 9, 2021

Industrial-scale renewable energy infrastructure has seen a revival in the agenda of the ‘energy transition’ and as part of the economic recovery plans in front of the pandemic. Besides, the production of so-called ‘green hydrogen’ from these projects adds another layer of injustices. The energy matrix and over consumption remain untouched.

In a 2020 statement from the International Hydropower Association, the world’s largest hydropower corporations are calling on governments for “fast-track planning approvals” to ensure new large dams construction can commence as soon as possible. (1) The hydro energy industry is also lobbying to make sure large dams are seen as essential to the economic recovery from the Covid-19 pandemic and to “the transition to net-zero carbon economies” (2), casting devastating projects as both ‘clean’ and central to a ‘green energy transition’.

Industrial-scale renewable energy, including hydro, wind and solar, is positioned as a solution to our ever-increasing energy consumption. On top of this, the production of the so-called ‘green hydrogen,’ adds another layer of injustices related to this mega infrastructure. Yet, the replacement of the energy source by no means addresses the real problem posed by the excessive levels of energy consumption, which are driven by accumulative economic growth. This also leaves unchallenged the violence intrinsic to the societies that such energy powers. (3)

Many corporate and state actors are pushing for increasing their capacity to produce and use hydrogen as part of the ‘green’ recovery plans from the economic crisis caused by the pandemic. It is becoming central in the ‘green transition’ debates. The German government has announced plans to spend 9 billion euros (UD10.7 billion dollars) supporting its domestic hydrogen industry. (4) Likewise, the European Commission has started to promote hydrogen as a way of cutting carbon emissions and reaching its Green Deal climate targets. The EU plans to scale up ‘renewable hydrogen’ projects and invest a cumulative amount of 470 billion euros (US740 billion dollars) by 2050. (5) Moreover, US Energy Secretary, Jennifer Granholm, said that hydrogen “will help decarbonize high-polluting heavy-duty and industrial sectors [in the United States] (…) and realizing a net-zero economy by 2050.” (6)

By Maria McCoy and John Farrell - Institute for Local Self-Reliance, September 2020

If each U.S. state took full advantage of its renewable resources, how much electricity would it produce? How much of its own electricity consumption could renewable energy fulfill? Would in-state renewable generation be enough to charge electric vehicles and power electric heating, too? In 2010, ILSR published the first national overview of state renewable electricity potential with the second edition of Energy Self-Reliant States (ESRS). At the time, most states were setting ambitious goals to attain 25 percent renewable electricity.

Now, several states and over 100 U.S. cities have made truly ambitious commitments to 100 percent renewable power. Fortunately, this third edition finds a better technical outlook and a brighter economic picture than a decade ago. States have much better renewable energy resources than they thought. Also, the costs of renewable electricity sources, like wind and solar, have declined precipitously. The 20-year average cost (often called the “levelized cost”) of solar electricity has declined from around $0.200 per kilowatt-hour for small scale projects to $0.091 per kilowatt-hour. The decline is even more dramatic for utility-scale solar, with the levelized cost falling from $0.120 to about $0.037 per kilowatt-hour. Wind energy costs have declined by significant margins, as well, from around $0.13 to $0.04 per kilowatt-hour.

Clean energy is not only affordable, it is a big contributor to the U.S. economy. At the start of 2020, the clean energy industry employed 3.3 million people – that’s 40 percent of America’s energy workforce. The clean energy sector is strong and growing stronger; the U.S. Bureau of Labor Statistics predicts that solar installers and wind technicians will be the fastest growing occupations in the next decade.

Read the text (PDF).