Hydrogen is heralded by our conservative crew as a miracle fuel, offering a clean and carbon-free source of energy. By combining hydrogen with atmospheric oxygen, we produce water and energy, a blinded “perfect” solution for fantasy energy needs. However, hydrogen has drawbacks that make its large-scale adoption a #geekproblem dysfunctional fantasy.
Challenges with Hydrogen: Hydrogen needs to be stored under high pressure, requiring expensive infrastructure. It also degrades this infrastructure, the materials it contacts, in use, necessitating specialized storage solutions. Hydrogen is highly volatile and very prone to leaks. Its tendency to evaporate and explode make it difficult to manage safely for any #mainstreaming widespread use.
Energy Conversion Efficiency: The biggest issue with hydrogen is its inefficiency. Energy conversion processes inherently lose energy at each stage. Generating electricity, converting it to hydrogen, storing it, and then converting it back to electricity results in an efficiency of around 30-40%. This is a very bad ecological path to go down, as a significant portion of the original “green” energy is wasted.
Hydrogen as Energy Storage, Hydrogen is pushed as a solution to the intermittent nature of renewable energy sources like wind and solar power. By using excess renewable energy to produce hydrogen, it can be stored and later converted back to electricity when needed. However, the inefficiency of this process poses a major obstacle. The loss of energy at each conversion stage means that using hydrogen as a storage medium is far less efficient than direct use of the electricity generated. Changing lifestyle to reflect this shifting of energy supply is a much more sensible and sustainable path to take. The pushing of the economic feasibility of hydrogen energy storage is adding to the current mess.
Governmental Strategies and Investments, despite this mess, some countries, like the USA, the UK, and Germany, are pursuing hydrogen strategies. However, much of the progress remains theoretical, with plans significantly outstripping current capabilities. For instance, the International Energy Agency’s data shows a massive gap between existing hydrogen production capacity and future targets, with only a small fraction of these plans having secured funding.
Procrastination and Continued Fossil Fuel Use, one of the most #mainstreaming reason for the hydrogen push is procrastination. By planning to use hydrogen in new power plants, governments can appear to be moving towards greener energy solutions while continuing to rely on fossil fuels. Many of these new plants are designed to run on both hydrogen and natural gas, meaning that in the absence of sufficient hydrogen, they will continue to operate on gas. This approach allows for the continuation of fossil fuel use under the guise of transitioning to green energy.
Conclusion, the current push for hydrogen as an energy solution is adding to the current mess, it’s plagued by challenges and inefficiencies. While hydrogen has potential in specific applications, such as industrial processes, its role in large-scale energy storage and production is limited by practical and economic constraints. The hydrogen economy, in its present form, primarily serves as a way to justify the continued use of fossil fuels rather than an any genuine transition to cleaner energy.
Let us please stop with the lies, thanks.