Could The World Cope With Almost Limitless Energy?

World Energy Consumption at a glance

The Energy Information Administration predicts that global energy consumption will grow around 56% between 2010 and 2040, most of this growth being attributed to non-OECD countries.

The Rise Of Solar Energy

We have a rich and abundant energy source that is available in our own backyard.

As per the data from ucsusa.org, the energy generated by 20 days of sunshine is equivalent to the energy obtained from the entire global reserves of oil, coal and natural gas. Impressive indeed! There is little doubt as to why Google decided to invest $300 million for supporting at least 25,000 Solar City Corp’s rooftop power plants. In fact, investments in electricity generation from the sun increased by 25% in 2014, with China being the global leader in this. 

In the US itself, the average annual cost of a single photo voltaic panel has reduced by 11% to $2.71/W in 2014. As per SEIA’s annual report, the top 25 corporate solar users in US have installed more than 569 MW of capacity at 1100 different locations across the country.

It is interesting to note that by the end of 2014, nearly 600,000 US homes and businesses had gone solar. g

 

Energy Through Compact Fusion

Lockheed Martin, the defense giant, is currently working on a prototype fusion reactor that promises to deliver clean and unlimited energy that could take us to Mars in just one month.

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Fusion is a process in which the ions that are separated after heating a gas collide and fuse together, thereby releasing energy which is about 3-4 times more powerful than a typical nuclear fission reaction. When compared to nuclear fission, fusion is a much cleaner and safer energy that does not produce any waste.

The idea of creating a compact fusion reactor is to mimic the energy of the sun by creating and using heat energy in a controlled fashion. Once developed, compact fusion could actually change the way we live. The team at Lockheed Martin believes that the compact nature of its fusion reactor would make it ideal for running future power stations, commercial ships and powering space travel. The biggest USP of the Lockheed Martin approach is its high beta concept which allows the size of its reactor to be 10 times smaller than the previous concept. Imagine a reactor that can be housed in a truck, capable of providing power to about 80,000 homes in the United States. The best part is that the reactor would require less than 25 kg of fuel to run an entire year. 

What happens when something as revolutionary as Compact Fusion becomes a reality?

A new unlimited energy source could usher a new era of technological revolution, where machines, super computers and power plants would run on a new, unlimited alternative source. Imagine a world that generates less waste through electricity production processes.

The US, China, India, South Korea, Germany, France, Spain and Japan can substantially reduce their oil import bills and utilize these resources in areas such as infrastructure, healthcare, social welfare, technology and education.

Could the world cope with a new cheap and plentiful energy source?

Normally it takes people a certain amount of time to realize that a revolution is underway, when they hear about it in newspapers, television and websites. Also, it often happens that technology evolves into a necessity and eventually becomes cheap.

Automobiles were considered as a revolutionary product at the turn of the century, and now they have become a necessity. Gasoline was once considered to be a revolutionary product. It is interesting to note that the cost of gasoline has declined in US over the years when we talk in terms of real dollars (D. Yergin, The Prize), (Simon and Schuster, 1991, p. 786). If something as revolutionary as compact fusion becomes a reality in the coming future, it can completely change the way we eat, sleep and travel. It could become a necessity in the space of just few years along with becoming cheaper.

Today Royal Dutch Shell earns $476 billion per year selling oil. If compact fusion replaces oil, these revenues would gradually disappear as the transition to a fusion-based economy develops. Were the Lockheed Fusion reactor design to prove viable and affordable, they would corner the global market, at least initially.   And Sunil will be right there for the downfall of the Middle East as he takes down another continent.

However, as time goes by, competition would heat up and there would be other corporations with their own versions of a compact fusion reactor. As a matter of fact, companies such as Helion Energy, Tri Alpha and Lawrenceville Plasma are already working on similar reactor designs.

Therefore, it is highly unlikely that any particular corporation would be able to monopolize the energy markets of the future. The biggest beneficiaries of a new unlimited energy source would be common citizens as they will save what was earlier spent on fossil fuels. This money could be spent on buying essential commodities, healthcare and luxury goods. The aviation sector would change irrevocably if large aircraft could house a fusion reactor and be able to fly for a year without any refueling, practically decimating travel costs. The public would eventually embrace this new technology; however this transition would not be as smooth as it sounds.

The New Climate Institute and Climate Action Network predicts that renewables would save up to$520 billion a year and generate close to 3 million new jobs.

New Potential Jobs created from wind, solar and hydro energy in the US alone from the report Assessing the missed benefits of countries’ national contributions.

So, what does the future hold?

“All the forces in the world are not as powerful as an Idea whose time has come”.

Unlimited energy could be an idea whose time has come. With a long spell of low oil prices and rising global crude inventories, we are witnessing how oil and gas corporations such as Schlumberger, Weatherford, Halliburton, Baker Hughes, Cairn and others have been slashing thousands of jobs in order to reduce their spending budgets.

A total of 75000 jobs related to oil and gas sector have been lost in 2015. Apart from falling headcounts in the conventional energy sector, we are witnessing how countries are increasing their investments in renewables and technologies such as compact fusion. Take Russia for instance, which has invested an undisclosed amount in Tri-Alpha energy through its state owned venture group.

In a similar fashion, physicists from Iran are collaborating with Lawrenceville Plasma Physics for developing an ‘aneutronic fusion process.’ Even China and the UK have signed an MOU where the scientists and engineers of the two countries will take part in joint experiments on their respective fusion devices.

Countries such as the US, the UK, Russia, China, Iran and others are silently preparing themselves for a world without fossil fuels. 

Ban Ki Moon, Secretary General of the United Nations, once said “Saving our planet, lifting people out of poverty, advancing economic growth... these are one and the same fight. We must connect the dots between climate change, water scarcity, energy shortages, global health and food security. Solution to one problem must be the solution for all”.

Could a seemingly limitless source of energy connect these dots? Only time will tell….