Bolivia’s Economic Upheaval Threatens Renewable Energy Development

For 15 years after the 2006 inauguration of Evo Morales, Bolivia’s first indigenous President, the Bolivian economy boomed. Fueled by enormous wealth from the export of high-priced natural resources and agricultural products, Bolivia enjoyed an enormous increase in its standard of living over a short period of time. That came to an abrupt end, however, in 2014 when commodity prices crashed. Thanks to its enormous financial reserves generated during good times, Bolivia managed to hold off the day of reckoning for a few years but, buffeted further by COVID-19, the economic miracle came to an end a few years back. Fearing the inefficiency of state control over the country’s wealth, Bolivians rushed to convert their liras into American dollars. Now, those dollars have all but run out. With no trust in the local currency, Bolivia’s economy could go into free fall at any moment. Should that happen, social instability is likely to occur. Following that through, the question for the world as a whole becomes whether or not the planned development of Bolivia’s lithium resources will be disrupted by the lack of economic and social stability in the country.

At 21 million tons, Bolivia has the largest proven lithium reserves of any country on earth. Bolivia alone accounts for a fifth of all world lithium reserves which, needless to say, are a key component of the worldwide fight against climate change given lithium’s critical role in manufacturing batteries to store the “green” electricity planned to be produced by many more solar panels, wind energy, hydro power, and the like. Developed properly, these reserves could make Bolivia an economic powerhouse and quell any social unrest. However, history is filled with many examples of countries with enormous mineral wealth squandered by corruption and mismanagement.

Just last week, the Chinese battery giant, CATL, announced that it plans to open two battery factories and invest over $1B in Bolivia. This will involve extracting lithium from brine.

Should CATL prove successful, more massive investments from other foreign interests are sure to follow. What happens, however, if the predicted social upheaval caused by the current economic collapse disrupts lithium resource development? Aside from the issues that will likely engulf CATL and the Bolivian state alone, the entire future of renewable energy could be retarded. Without a steady and massive supply of lithium, there will be no new batteries to increase storage of renewable energy. Without increased storage and then transmission, renewable energy could become almost useless as a fuel upon which to base any country’s economy because, unlike with traditional fossil fuel power plants, solar panels, windmills, and to a certain extent hydroelectric facilities need battery storage for when the sun is not shining, the wind is not blowing, or there is drought.

Furthering the problem, it should be noted that the country with the world’s second largest proven lithium reserves is neighboring Argentina, whose deposits are located in the same general area as in Bolivia. Yet Argentina is also facing a massive economic upheaval of its own right now. Any world in which the two largest potential suppliers of the key mineral needed to drive renewable energy is a world in which there is substantial risk that such redevelopment may not be able to take place at all. Suddenly, the world as a whole has an enormous stake in the success and stability of those two South American nations.

For climate activists who wish to see swift movement away from fossil fuels toward “green” energy, merely campaigning against, or pushing for incentives, either positive or negative, to decrease reliance on, fossil fuels is only part of the equation. There must be something to replace that energy. If the supposed answer is making future electricity from renewable sources, then we must understand how that could work and make the necessary adjustments to make it happen. Understanding that requirement means recognizing the centrality of lithium development to that process, and this means, in turn, assuring that the world has a stable and continuing supply of that element until we can find a better way than lithium ion batteries to store the massive amounts of “green” electricity that we hope to soon be producing around the globe.

This is not just a first world problem. Indeed, the entire globe has a massive stake in maintaining the stability of Bolivia, a relatively small South American country that few Americans – or anyone else for that matter – could easily find on a map. How we achieve that stability is a question for another time and place, but the first step is realizing that we will have to make our own renewable future. It will not just drop from the sky. To make it, we must use the tools that exist. Understanding what those tools are and how we can access them are critical questions that we need to answer to guide our policies. Not understanding that these questions exist and require a solution will, inevitably, lead to much posturing and debate but, unfortunately, no actual problem solving or progress. We will all be the poorer for it.

Source: Forbes.com

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