New Solar Energy And Lighting Technology May Drive A Renewable Energy Transformation

With The Power Of This New Solar Energy Technology, The Renewable Energy Market Can Get Even Better In Brazil, Find Out Why!

The demand for cheaper and greener energy means that the energy landscape is changing faster than at any other time in history. This is particularly true for electricity powered by solar energy and battery storage. The cost of both has fallen at unprecedented rates over the last decade, and energy efficiency technologies, such as LED lighting, have also expanded.

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Accessibility Of Solar Energy

Access to cheap and ubiquitous solar energy and storage will transform the way we produce and use energy, enabling the electrification of the transportation sector. There is potential for new economies based on chemicals, where we store renewable energy as fuels and support new devices that constitute an “internet of things.”

The manufacturing of each solar panel requires a good amount of energy and factories are expensive to build. And although production costs can be reduced a bit more, the costs of a solar installation are now dominated by the extras – installation, wiring, electronics, and so on as part of the whole renewable energy process.

A New Look At Solar Energy – Halide Perovskites

A lab in Cambridge, England, is working with a new and promising family of solar energy materials such as halide perovskites. When pressed between the electrode contacts, these films make solar cells or LED devices.

Surprisingly, the color of the renewable energy light they absorb or emit can be altered simply by adjusting their chemical structure. By changing the way we grow them, we can adapt them to be more suitable for absorbing light (for a solar panel) or emitting light (for an LED).

This allows us to make solar cells and LEDs in different colors, emitting light from ultraviolet to visible and near-infrared. Although early studies are already emerging, there are still challenges. An important issue in renewable energy is demonstrating long-term stability. But the research is promising and once resolved, halogenated perovskites could truly drive the transformation of our energy production and consumption.