The global energy market is evolving.
From the early days of solar panels wowing the world and delivering a new sense of optimism, to the more recent advancements in clean energy production, the international energy sector is in a constant state of evolution. And a new DNA-inspired innovation has left us in awe.
How could a system possibly store sunlight for years?
What impact has the green energy subsector had on the world
Last year was a landmark achievement for the renewable energy industry.
In 2025, for the first time in history, renewables accounted for nearly 90% of all new power capacity added to the global grid. In the EU, solar and wind power generated more energy than all fossil fuel-based systems combined.
With the latest military actions being taken in the Middle East, the world is ready to deploy strategic reserves of millions of barrels of oil.
Despite the fact that oil still plays a vital role in the global energy sector, the green power market has recently overtaken the traditional sector in investments made. The clean sector saw an overall investment of $2 trillion last year.
When it comes to clean energy, the world is our oyster
The sheer number of power-generating solutions in the market is astonishing.
For the vast majority of us, a dream of disconnecting from the national grid has become a possibility as new rooftop solar panel systems are developed. But even the power from the sun has its own regulatory issues to contend with.
Despite that, the solar power sector is the undisputed king of the renewable energy market.
The solar energy sector truly is a global one, as China now dominates the solar panel manufacturing sector. China produces roughly 90% of the world’s solar panels.
Solar energy is even affecting the aviation sector, as one recent test flight was able to send solar energy via a laser to a fixed beacon on the ground.
A recent study, “Molecular solar thermal energy storage in Dewar pyrimidone beyond 1.6 MJ/kg,” published in Science, has developed a new theory that may reshape the renewable energy sector for good over the coming years.
A chemical process to store energy that was inspired by the essence of humanity
The study found that we can create a high-efficiency system to capture and store energy through a chemical process that got its inspiration from the shape of human DNA.
The new mechanism uses what is known as a pyridone-based molecule, which, when exposed to sunlight, acts like a tiny energy battery that can store the photon energy for years. It has a similar structure to the helical shape of DNA molecules.
What makes this development so important is that it improves a previous benchmark for Molecular Solar Thermal systems by storing and eventually releasing over 1.6 MJ/kg of clean energy directly sourced from the sun.
We can now store solar energy for exceedingly long periods of time
A major hiccup in the solar power sector has been how to efficiently store the energy created by panels. We know that a large portion of the energy is lost when transferring it into storage systems like solar batteries. We know that even the best solar panels face a moment of shutdown.
The teams from the University of California and Brandeis University have found that the heat stored in the new system can be easily transformed into electricity through a simple chemical process of adding an acid catalyst.
Most of us are growing weary of sky-high electric bills and are dreaming of a way to disconnect from the national grid. Solar panels are the cheapest way to get to that dream of an off-grid home.
How will this new energy system affect the solar market over the coming year?