Category: Green World

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Try a new solar electric car that reduces your monthly expenses

Creating the world’s most efficient solar electric car is a multifaceted challenge that requires collaboration across various disciplines, from materials science to artificial intelligence. The pursuit of such a vehicle not only pushes the boundaries of technology but also contributes significantly to sustainable transportation solutions for the future. Designing and creating the world’s most efficient solar electric car involves integrating cutting-edge technologies to maximize energy capture, storage, and utilization. Here’s an overview of the key features and considerations for such a groundbreaking vehicle.

 

 High-Efficiency Solar Panels:

Advanced Solar Cells: Utilize the latest advancements in solar cell technology, such as multi-junction solar cells or perovskite solar cells, to enhance energy conversion efficiency.

Integrated Design: Incorporate solar panels into various parts of the car’s surface, including the roof, hood, and even sides, to maximize solar exposure.

 

Advanced Materials:

Use lightweight yet durable materials like carbon fiber and aluminum to reduce the overall weight of the car, improving energy efficiency.

Streamlined Shape: Optimize the car’s aerodynamics to reduce drag, allowing the vehicle to move more efficiently through the air.

 

Efficient Energy Storage:

High-Density Batteries: Implement cutting-edge battery technology with high energy density, such as solid-state batteries, to store energy efficiently.

Smart Battery Management System: Develop an intelligent system to manage and distribute energy effectively, considering factors like driving conditions, solar input, and user preferences.

 

Regenerative Braking System:

Advanced Regenerative Brakes: Enhance regenerative braking systems to capture and convert kinetic energy back into electrical energy, further extending the vehicle’s range.

 

Energy-Efficient Electric Motors:

In-Wheel Motors: Consider in-wheel electric motors for better power distribution and efficiency.

Variable Torque Systems: Implement variable torque systems to optimize power delivery based on driving conditions.

 

Smart Energy Management System:

AI-based Optimization: Use artificial intelligence algorithms to analyze real-time data, such as weather conditions, traffic, and driving patterns, to optimize the use of solar energy and battery power.

 

User-Friendly Interface:

Energy Monitoring: Provide a user-friendly interface that allows drivers to monitor energy usage, solar input, and overall efficiency.

Navigation Integration: Integrate the car’s navigation system with solar and battery management, helping drivers plan routes to maximize solar exposure.

 

Wireless Charging Technology:

Wireless Charging Infrastructure: Develop partnerships to establish a network of wireless charging stations, ensuring convenient and efficient charging for the solar electric car.

 

Environmental Considerations:

Sustainable Materials: Prioritize the use of eco-friendly and sustainable materials in both the car’s construction and manufacturing processes.

End-of-Life Recycling: Design the car with recyclability in mind, promoting responsible disposal and recycling of components.

 

Continuous Research and Development:

Investment in Innovation: Allocate resources for ongoing research and development to stay at the forefront of emerging technologies and continuously improve the efficiency of the solar electric car.

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Cybertruck built to withstand any road challenge so you can load up your gear and shoot the road

The automotive industry has seen its fair share of innovations over the years, but few have captured the world’s attention quite like the Tesla Cybertruck. Unveiled by Tesla CEO Elon Musk in 2019, the Cybertruck is not just another electric vehicle (EV); it’s a bold and revolutionary take on the future of trucks. In this article, we will explore the key features, design, and impact of the Tesla Cybertruck on the automotive landscape.

Design and Aesthetics:

The Cybertruck’s design is a departure from traditional pickup trucks, featuring a stainless steel exoskeleton and a futuristic, angular appearance. Its sharp lines and robust exterior give it a distinctive, almost otherworldly, aesthetic. The use of ultra-hard 30X cold-rolled stainless steel ensures durability and strength, making the Cybertruck stand out from the crowd. The exterior design is not just about style; it also incorporates Tesla’s commitment to sustainability and efficiency. 

Performance:

Beyond its unconventional appearance, the Cybertruck boasts impressive performance metrics. With three different variants offering different ranges and acceleration capabilities, the Cybertruck caters to a diverse range of drivers. The top-tier model can accelerate from 0 to 60 mph in a breathtaking 2.9 seconds, rivaling sports cars in its speed. The electric drivetrain ensures not only quick acceleration but also a smooth and silent ride, contributing to the overall driving experience.

Durability and Safety:

Tesla has long been associated with safety innovations, and the Cybertruck is no exception. Its stainless steel exoskeleton is designed to withstand impacts and resist dents and damage, providing a level of durability not commonly seen in traditional pickup trucks. The armored glass, although facing a hiccup during the initial unveiling, is promised to be robust and shatterproof, enhancing the overall safety of the vehicle.

 Versatility and Utility:

While the Cybertruck’s design may be unconventional, its functionality remains true to the essence of a pickup truck. The truck bed is made from the same durable stainless steel and features a slide-out ramp, making it easy to load and unload cargo. The Cybertruck also includes an adaptive air suspension system, allowing users to adjust the ride height for different scenarios, from off-road adventures to urban commuting.

 Environmental Impact:

As with all Tesla vehicles, the Cybertruck aligns with the company’s commitment to environmental sustainability. By being fully electric, the Cybertruck produces zero tailpipe emissions, contributing to a greener and more sustainable future for transportation. This aligns with the growing global emphasis on reducing carbon footprints and transitioning to cleaner energy sources.

Cybertruck Bullet Test:

The Tesla Cybertruck’s bulletproof features gained attention during its initial unveiling, particularly when Elon Musk showcased the durability of its exoskeleton and windows through a live bullet test.

During the demonstration, Tesla’s Chief Designer Franz von Holzhausen took a sledgehammer to the Cybertruck’s door to emphasize its durability. The exoskeleton, made from ultra-hard 30X cold-rolled stainless steel, appeared to withstand the force without any visible damage.

However, the much-anticipated bulletproof glass test didn’t go as planned. When von Holzhausen threw a metal ball at the driver’s side window, it resulted in the glass cracking. This unexpected turn became a memorable moment from the unveiling event, and Elon Musk even joked about it on stage.

Despite the hiccup in the live demonstration, Tesla assured potential buyers that the armored glass was still a robust safety feature. The intention behind these tests was to showcase the vehicle’s durability in extreme conditions and to highlight the strength of the materials used in its construction.

It’s important to note that the bulletproof aspect of the Cybertruck is designed to protect against smaller threats, such as handgun bullets, rather than heavy artillery. The goal is to provide an additional layer of safety for the occupants without compromising the vehicle’s overall performance.

In subsequent communications, Tesla continued to emphasize the Cybertruck’s durability, and any issues encountered during the live demonstration would likely be addressed in the final production model. As with any groundbreaking design, there may be challenges to overcome, but Tesla’s commitment to innovation and improvement suggests that the Cybertruck will continue to evolve and set new standards in the automotive industry.

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Environmental Protection with Recycling Business

Electronic products are frequently used nowadays, because technology has changed the way of life, such as communication, entertainment, and ways to get important information. Computer recycling is the process to recycle and reuse computers and other electronic devices. The system is used to dismantle the electronic items in a reliable way to safely extract the constituent materials for reuse.

It is vital to recycle obsolete computers and other electronics because these can prove a valuable source to get raw material. If the obsolete computers remain untreated, then they can be a source of toxins and carcinogens. The rapid change in technology and planned obsolescence leads to the fastest growth in the surplus of computers and other components all around the globe. Although different technical solutions are available, it is important to consider the legal framework, a collection system, logistics, and different other services before selecting any technical solution.

U.S. Environmental Protection Agency

According to the estimation of the U.S. Environmental Protection Agency, the 30 to 40 million surplus computers are “dangerous domestic waste”. These should be treated via end-of-life management. The 75% of personal computers sold in the past are now treated as surplus electronics. More than 36 million computers in the United States are dealt in as a replacement and discarded computers. Almost 15% of electronic devices and equipment are recycled, and most of the electronic waste is sent into landfills and incinerators. The waste can release harmful materials, including lead, mercury, and cadmium into the soil, groundwater, and the environment. It can put a negative impact on the environment.

There are lots of components and materials in the computer that can be effectively used in future production, such as tin, silicon, iron, aluminum and lots of plastic substances are available in the computers their reuse can reduce the cost of new systems. Lead, copper, gold, and valuable materials are appropriate for the reclamation. There are many toxic substances present in the computer, such as dioxins, polychlorinated biphenyls, chromium, radioactive isotopes, cadmium, and mercury. Export of wastes to the countries is a major concern of the electronic recycling process. Safety is the major concern for both exporting and importing companies.

It is the most cost-effective for some companies to sell outdated computers to underdeveloped countries with some tax regulations. The developing nations usually routed surplus laptops as “dumping grounds for electronic waste”.

Specifically Designed Electronics Recycling

According to research, every European has almost 24 electronic products in his/her house. Usually, electronic products are donated to others to reuse and extend their life of valuable products. Recycling is a good option to avoid valuable items from going to waste. It is really important to dispose of the old computers, monitors, and other electronic items properly because these can spread harmful contaminants into the environment. Every state has its own regulations to dispose of electronic waste to protect the environment.

There are different methods to manage electronic waste, but the cheapest method is not responsible enough and can pollute the environment. There are lots of useful methods that can be useful to recycle electronic waste for the safety of the environment:

Glass to Glass

It is an effective and economic solution to recycle obsolete monitors and other electronic items. You can convert the old monitors and televisions into new cathode ray tube glass. The automatic recycling system is an effective solution available in the industry. The glass can be used to produce furnace ready cullet.

End of Life Destruction

Under this method, the electronic waste is recycled to avoid waste from entering the landfills. The electronic waste is completely disposed off to keep the environment safe. Every year, lots of computers and electronic equipment are recycled.

Asset Recovery

Some companies also offer asset recovery systems by turning obsolete electronics into revenue. It is a significant way to make archaic products useful.

Recalls and Returns

The technique is specifically designed for retailers who want to handle all products in a reliable way to recall returns for customers. It is one of the most efficient ways to carry out retail operations.

Types of Electronic Waste

Barium is available in the cathode ray tube used to avoid exposure to radiation. The barium is harmful to the human body because it can weaken the muscles, swell the brain and damage the liver, spleen, and heart.

Beryllium is present in the motherboards and connectors, and it is known as a human carcinogen.

Brominates Flame Retardants

The retardants are dangerous like endocrine disrupters. These have the ability to reduce the thyroxin levels in animals. These are equally dangerous for pregnant women.

Cadmium

It is dangerous for fragile bones and can damage kidneys. The element is found in semiconductors, infrared detectors, SMD chip resistors, older cathode ray tubes, and plastic pieces of equipment.

Hexavalent Chromium

It serves as a hardener for the shape of the systems and protects the steel plates from corrosion. Its exposure can cause asthmatic bronchitis and DNA damage.

There are lots of other substances that are used in the manufacturing of electronic items and their exposure to the air can cause lots of dangerous diseases, therefore it is important to take the services of an experienced and reliable company to recycle the electronic waste.

Various Recycling Methods

Different recycling methods are used, including consumer recycling, corporate recycling, sale, take back, exchange, scrapping, and donations. In consumer recycling, the computers are donated to the needy organizations or directly sent back to the original manufacturers. Corporate recycling is a cost-effective way to recycle a large amount of computer equipment. It is a secure process to recycle computers by protecting the valuable data of the company. An online auction is another method to resell the computer. Major computer manufacturers sometimes take their old computers back for recycling. The Dell and Apple Incorporations often offer their new computers by taking old ones back. The computers are also recycled to get the valuable material for remanufacturing. A lot of good companies offer reliable and safe solutions for the recycling of electronic waste.

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A great Achievement – Solar Powered Oasis to Bring Food to Desert Cities

An innovative agricultural system can be developed with the help of modular greenhouses and elongated conveyor belt to grow food even in the desert. Middle Eastern countries, such as Qatar and United Arab Emirates are facing problems in the food growth; therefore they have to import more than 90% of their food. The intensity of the situation is growing day by day, because with the growth of local cities, it is becoming more expensive to transport food to these areas. To overcome this trouble, the architectures are looking for different ways to have a new agricultural system to grow sufficient food, even in the desert and delivery of food through solar-powered conveyor belts to reduce the expenses of transportation through trucks.

OAXIS (A Conceptual Design)

OAXIS refers to the theoretical design for the prefabricated greenhouses in the solar panels that could be located in a straight line into the desert away from the city. The buildings support passive design to keep the intense heat of 120-degree in the summer season away. The solar panels can transfer the power to the rest of the building to ultimately send the additional energy back into the city.

Designers are interested to construct smallest carbon footprint while skipping usually transportation, because they are interested in the creation of a unique conveyor system to cut the expense of fossil fuels in the delivery of products. There will be no restriction in the running of conveyor belt, because it will be based on the underground design.

The architect Javier Ponce the founder of “Forward Thinking Architecture” states that the design of the project should be flexible enough to send crops to the city without any interruption.

Benefits of the Plan

The farmers will be able to grow different crops like lettuce, tomatoes and strawberries in the prefabricated greenhouses. They will use a hydroponic system to reduce the use of fertilizers and pesticides. In this way, you can save the 80% consumption of water as compared to the traditional agriculture, because the system allows you to recycle and reuse the water. The source of water is still not clear, but the designers are looking for the groundwater supply to fulfill all needs of the farm, but there are lots of Middle Eastern countries having reliance on desalination.

A minute part of the recycled water is also used to construct an outdoor garden and an imitated oasis for education purpose. The Ponce said that “It is not sufficient to farm only building, because there should be pedagogical approach and it should become a biodiversity hub that should be open for local people and visitors”.

The sparse rainfall of the region is ideal for the small desert populations, but it is not reality, and it could not support local crops. The Ponce also says that the current situation is favorable for smaller and denser cities of the Arabian Peninsula, but the constant growth of the population makes it urgent to have some other system and resources. The area faced quick urbanization since the middle of the 20th century.

The current project can be challenging with the changes in climate, but it will prove helpful in the supply of food. The OAXIS project is a corresponding substitute to respond to the insecurity of food and scarcity of water in the region. Basically, the plan is targeted to reduce the imports of food in the future on the basis of renewable energies.

Ponce is much hopeful to make the project practically successful with the cooperation of local governments. The countries in this region are really desperate to get a permanent solution. The Qatar has invested hundreds of millions to increase the growth of local food near 2030.

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iOS 7.1 update, Battery Issue

After the release of highly anticipated iOS 7.1 updates, users face a lot of trouble from the battery side after an update. Especially since Apple was last November issued a total of five iOS 7.1 betas to developers, before finally releasing the update on March 10, 2014.
While according to reports from the iOS 7.1 update may solve the really most of the problems with iOS 7.0 (and improvements brought ID touch, improvements Siri, settings and user interface, among other features). But iOS 7.1 also seems to be bought along their own battery failure gate.
Apple fan site, 9to5mac.com reports that users discuss the new update to the Apple forums and Twitter is complaining about the issue of exchange of the battery. It goes so far as to say that running a clean install of iOS through iTunes can help solve this problem.
The 7.1 update of iOS, still though not a great importance. It has been planned for several months. Update introduced a small change, but the important work for making iOS devices feel as if they have improved rapidly. Not so much on the iPhone 5 and later versions, but users of the iPhone 4 and 4S become slow once they are raised to iOS 7.0 reported. It seems even this problem has been mitigated by the iOS 7.1 update.
The vast majority of users never reported about significant gains or losses of battery life. The problem certainly does not seem as important as the issue of battery gate that plagued the launch of the iPhone 4S of 2011.
It is expected that iOS 8 to be teased at Apple’s WWDC event later this year, and launched shortly thereafter. Reports indicate that the program comes with Text Edit and Preview applications and integration iCloud….

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Lighting Plants

New Invention

Bye-bye street lights……!

A short time ago, a science fiction English Film “Aua Wire” released. This film not only provides extreme suspense to the numerous viewers. It has not also provided great interest but also gave a new way to the researchers and scientists.

Actually in one scene of film lighted plants were shown which emitted light. By viewing this film an elegant idea came to agricultural scientists of Taiwan to grow such plants with the latest and modern technology. This can not only use for the internal beauty of the buildings and parks but also they can emit light to glow the surroundings. With this new invention flowers, greenery and light become a single unit.

All around the world, by increasing the prices of fuel scientists are engaged to research alternative sources of energy. On one side, big power plants have been installed to produce electric power from the sunlight and wind power… On the other hand, some intelligent scientists of Taiwan are thinking about how to produce light from plants to glow tube lights and fancy lights as they are hopeful.

In Taipei, the capital of Taiwan, Chief of the research center of applied sciences says that their experts selected a water plant named “Bacopacaroliniana” for light experiments. This plant is just like bushes present beneath the water. Its leaves are soft and pulpy. By rubbing these leaves lemon smell comes out. The color of the flower is blue and has five petals. Due to the beauty of these flowers, people often grow those in their aquariums as it has small lights that make these plants more beautiful and charming.

The Chief explained that his research team dips this plant in a solution which consists of gold particles. After a couple of days these gold particles enter into the plant cells. Then the plant placed under ultraviolet rays which produce electrons in the tiny particles present in the plant cells, by this chemical change leaves of the plant has been emitted red light which is a great success in the field of energy.

The chief of the research center argued that these tiny light particles are present in the leaves for two weeks to two months. During this time period, the plant continuously produced light. One other scientist of the team, from Taiwan’s National Chung Kung University’s Department of Physics, says that the structure of tiny particles in the leaves plays a key role in the emission of light and meanwhile by giving them a special shape we can produce much more powerful light.

A Bio-organic Scientist, from the Electro Communication University of Tokyo, says that experiments of nano-particles (tiny particles) on the living things nowadays is the most favorite and hot topic. It is possible in the future; this field may bring lots of good news and amazing innovation for the next generation.

At present, scientists have been searching for cheap items to get bulk production as the items used in this project are expensive and not feasible for bulk production. They claimed if they find cheap alternatives, then Living Light products (we can say like LEDs) will begin easily and easily available in the market to be used for decorating as well as glowing light purposes.

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