Wiktor Wise
In the Electric State DarkRP game, players can obtain Aureus through Old-World Crates or microtransactions. Electric Crates are a type of loot box that can be purchased for 100 Aureus, and opening a duplicate crate can result in receiving 20-25 Aureus as a refund. However, the term Aureus in the context of renewable energy technology refers to AuREUS Aurora, which is an innovative system that captures and converts UV light into clean, renewable electricity. This technology, inspired by the natural phenomenon of auroras, can be integrated into walls and windows, enabling the creation of vertical solar farms and providing access to renewable energy in urban settings.
| Characteristics | Values |
|---|---|
| What is AuREUS? | A technology for walls and windows that uses upcycled crop waste to absorb UV light and convert it to electricity |
| How does it work? | High-energy UV light is degraded to low-energy visible light by luminescent particles; the visible light is then captured by conventional PV cells |
| What are the benefits? | AuREUS can produce electricity even when not facing the sun, and can be used to build vertical solar farms; it also upcycles crop waste and protects people from UV exposure |
Explore related products
What You'll Learn
AuREUS Aurora: renewable energy from UV light
The AuREUS Aurora system is an innovative technology that converts UV light into renewable electricity. The system, developed by Carvey Ehren Maigue, a student at Mapúa University in the Philippines, takes its name from the Aurora Borealis, commonly known as the Northern Lights. Inspired by the natural phenomenon where luminescent atmospheric particles absorb and convert high-energy UV light into visible light, the AuREUS system mimics this process to generate clean energy.
Unlike traditional solar panels that rely on direct sunlight and visible light, AuREUS utilises stray UV light that is abundant even in cloudy conditions or when scattered through clouds, bounced off buildings, pavements, and other surfaces. This unique ability allows AuREUS to function even when not directly facing the sun, making it highly advantageous for urban settings, especially for skyscrapers. By applying AuREUS cladding to windows or walls, entire buildings can be transformed into vertical solar farms, maximising energy generation.
The core technology of AuREUS involves the use of organic luminescent compounds extracted from plant waste, specifically discarded fruits and vegetables. These compounds, suspended in a resin substrate, absorb UV light and re-emit it as visible light along the edges of the panels due to internal reflectance. The visible light is then captured by photovoltaic (PV) cells placed along the edges, which convert it into DC electricity. This electricity can be regulated, stored, or used directly, providing flexibility in energy utilisation.
The AuREUS system offers multiple benefits. Firstly, it addresses the issue of 'intermittency' in renewable energy sources, as it can generate power even without direct sunlight. Secondly, it provides a solution for food waste by upcycling fruit and vegetable scraps, reducing waste and providing a new source of revenue for farmers. Additionally, AuREUS helps mitigate climate change by reducing reliance on fossil fuels and improving access to solar energy. Furthermore, AuREUS protects people from excess UV exposure, which is a concern in urban areas due to the prevalence of glass buildings.
The development of AuREUS technology has won the James Dyson Award's Sustainability Prize, recognising its potential to revolutionise renewable energy and create a positive impact on the environment and communities affected by climate change. With its ability to harness UV light, AuREUS Aurora holds promise for a more sustainable and resilient future.
Electric Mowers: Greener Grass, Cleaner Planet?
You may want to see also
Explore related products
Vertical solar farms: AuREUS captures UV, produces electricity
The AuREUS system is a groundbreaking innovation in solar energy, enabling the construction of vertical solar farms. This technology captures ultraviolet (UV) light, even when not in direct sunlight, and converts it into clean, renewable electricity.
AuREUS offers a unique approach to solar energy generation by utilising upcycled crop waste or luminescent particles derived from fruits and vegetables to absorb stray UV light. This absorbed UV light is then converted into electricity, providing a sustainable and environmentally friendly solution for energy production.
Unlike traditional photovoltaic (PV) cells that rely on direct sunlight, AuREUS can generate electricity even when not facing the sun directly. It harnesses UV light scattered through clouds, reflected off walls, pavements, and buildings, or bounced within urban environments. This feature makes AuREUS ideal for vertical solar farms, as it maximises energy capture even in areas with limited direct sunlight.
The system first degrades UV light into visible light, similar to the process that creates the awe-inspiring aurora lights. This visible light is then captured and converted into DC electricity through PV cells. By regulating the voltage output, the electricity can be used for battery charging, storage, or direct utilisation.
AuREUS technology offers a dual benefit by addressing the issue of crop waste disposal. Instead of chemical particles, AuREUS uses luminescent particles extracted from fruit and vegetable scraps, upcycling materials that would otherwise be considered waste. This not only reduces waste but also contributes to a more circular and sustainable economy.
With its ability to capture UV light and convert it into electricity, AuREUS has the potential to revolutionise solar farming. By utilising vertical spaces and surfaces, such as building walls and windows, AuREUS can transform skyscrapers and urban structures into power-generating assets, providing clean and renewable energy for the future.
Measuring Electrical Resistance: Aluminum Basics
You may want to see also
Explore related products
Upcycling crop waste: AuREUS uses crop waste to generate power
AuREUS is an innovative material made from plants, fruit, and crop waste that converts UV light into energy. The material can be transformed into surfaces that can convert UV light into clean energy through a two-stage process. First, when UV light hits the surface, the crop waste's organic particles convert it into visible light. Second, the visible light is converted into electricity. The process is similar to the phenomena that govern the Northern and Southern lights.
AuREUS was invented by Filipino engineering student Carvey Ehren Maigue. The initial idea was to make a window, but the material can be shaped into tiles, cladding, walls, and even architectural pieces. In the future, it might be used for electric vehicles and clothing. A prototype built by Maigue generated enough electricity to charge two phones.
AuREUS panels can be installed vertically and capture UV radiation even on cloudy days due to their ability to harness UV light without direct sunlight. They can capture solar energy using a fraction of the area that traditional solar farms require. The material can lessen reflected UV levels by 44% and up to 98% when UV films are incorporated into the design. Manufacturing tests showed that they can convert 1kg of waste crop into 108 watts of solar energy capture potential.
AuREUS offers a creative approach to addressing energy needs and food waste. It creates value for farmers who might have crops devastated by typhoons, weeds, and other factors contributing to waste, such as environmental challenges, changing food standards, product mishandling, and shifts in retail demands. AuREUS technology, leveraging crops from agricultural communities, enables farmers to upcycle waste from farming and retailing processes.
Unjamming Your Electric Stapler: Quick and Easy Troubleshooting
You may want to see also
Quantum dot technology: costly, not market-ready
Quantum dot technology is an emerging trend in display technologies, offering enhanced colour accuracy, brightness, and energy efficiency. However, it is currently facing challenges due to high production costs and market competition.
Quantum dots are nanoparticle semiconductors with a diameter ranging from 2 to 10 nanometers. They have the unique ability to emit specific colours when exposed to UV light, determined by their size. This technology has been widely adopted in televisions, smartphones, tablets, and other consumer electronics, delivering superior visual experiences with vibrant, lifelike images. The quantum dot market size crossed USD 5.5 billion in 2023 and is expected to grow by over 15.5% from 2024 to 202032, driven by increasing demand for high-quality display devices.
However, the high production costs of quantum dot technology make it less competitive compared to alternative technologies. The manufacturing process is complex and requires precise engineering and specialized materials, driving up costs. The materials used, especially those made from rare or expensive elements, contribute significantly to the overall production expenses. Additionally, the pursuit of improved performance further increases costs, as manufacturers refine quantum dots to deliver richer and more vibrant colours, higher brightness levels, and enhanced energy efficiency.
The competitive market landscape, with intense competition among global and local players, also challenges the broader adoption of quantum dot technology. While leading companies are investing heavily in research and development to advance the technology and improve display performance, they face the challenge of balancing production costs with the superior performance that distinguishes QLEDs. Overcoming this hurdle is crucial for the long-term market growth and expansion of quantum dot technology into cost-conscious markets.
In conclusion, while quantum dot technology offers significant advantages in display technologies, it is currently facing challenges due to high production costs and market competition. To ensure its successful integration into mainstream markets, manufacturers must focus on reducing production costs without sacrificing performance.
Windmills: Powering the Future with Electricity?
You may want to see also
AuREUS vs solar panels: functions without direct sunlight
Solar panels have long been considered a valuable source of renewable energy. However, their dependency on sunlight has been a significant drawback, limiting their efficiency on cloudy days or in regions with low sunlight exposure. This is where AuREUS, an innovative solar panel technology, steps in to address this challenge.
AuREUS, short for Aurora Renewable Energy and UV Sequestration, is a groundbreaking invention by Carvey Ehren Maigue, an electrical engineering student in the Philippines. Inspired by the captivating auroras and the Northern Lights, Maigue set out to create a system that could harness the power of the sun even when direct sunlight was not available.
Unlike traditional solar panels, AuREUS does not rely solely on visible light from the sun. Instead, it focuses on capturing the sun's ultraviolet (UV) rays, which are present even on cloudy or overcast days. By utilising fruit and vegetable waste, Maigue developed a luminescent material that can effectively convert UV light into visible light, which is then used to generate electricity. This process allows AuREUS to produce energy without the need for direct sunlight, addressing the limitations of conventional solar panels.
The versatility of AuREUS is another key advantage. Maigue explains that these panels can be applied to windows or facades, transforming any building into a vertical solar farm. This strategy maximises energy generation by capturing UV rays bouncing off surrounding structures and pavements. Additionally, the panels are flexible, allowing for various curved or intricate shapes without compromising efficiency. This adaptability opens up a world of design possibilities for integrating electricity-creating forms into buildings.
While AuREUS shows promising potential, it is important to note that it is not yet ready for widespread commercial use. However, it has garnered significant attention and recognition, including the prestigious James Dyson Award for sustainability in 2020. The system's ability to generate power without direct sunlight and its use of recycled plant waste as a doubly sustainable element make it a game-changer in the renewable energy space. As Maigue continues to refine and scale up the technology, AuREUS may soon become a viable solution for self-sustaining buildings, bringing us one step closer to a greener and more energy-efficient future.
Converting Electricity: 220 to 120 Simplified
You may want to see also
Frequently asked questions
Aureus is a form of currency in State Electric that can be used to purchase Electric Crates or Catalog Crates.
There are two ways to obtain Aureus: through the use of the Scavenge Station or via microtransactions in the in-game Aureus shop.
Electric Crates are a type of loot box that can be purchased in the Catalog menu for 100 Aureus. They provide the player with a blueprint and can be opened to receive a duplicate item, resulting in a refund of 20-25 Aureus or $3,000.
Electric Crates offer players the chance to obtain valuable blueprints and the opportunity to earn back some of their invested Aureus or in-game currency if a duplicate item is received.
Currently, the only known use for Aureus is the purchase of Electric Crates and Catalog Crates, which offer various rewards and benefits to enhance the gameplay experience.
