Graphene as a Battery Material : Lithium-ion battery technology Graphene as a battery material – People consider lithium-ion battery technology as one of the most widely used technologies for electric cars. Safety is one major problem that automakers are trying to resolve in lithium-ion batteries. The electrolyte of a lithium-ion battery is highly flammable, …
Additive Manufacturing – Adoption of 3D Printing A successful technology poised to change many industries is a successful technology, including the automotive industry. Many automobile companies like BMW, Ford, Porsche, Volvo and GM use 3D printing to manufacture different vehicle parts. However, the utilization of AM is far from widespread, and there are several …
Challenges Faced In The Adoption of 3D Printing In Automotive Industry Read More »
Interconnection of Heating and Energy Sector Major cities across the globe have constantly expanded their boundaries to accommodate ever-increasing population, which poses a challenge to urban developers, especially in terms of rising energy needs and enhancing connectivity across various places in terms of transportation. With climate change posing a threat, urban developers are consciously …
Interconnection of Heating and Energy Sector for Urban Electrification Support Read More »
Utilizing Large Scale Batteries to Integrate Renewables The incorporation of renewable energy into the grid comes with several difficulties. The intermittent nature of renewable energy sources is one of the major obstacles. Solar and wind energy output is weather-dependent and unpredictable, therefore the amount of electricity production might vary significantly. Due to this, it …
How Grids are Utilizing Large-Scale Batteries to Integrate Renewables Read More »
Direct Air Capture (DAC) Technology One of the main benefits of Direct Air Capture (DAC) is the possibility of locating the plant anywhere, for example, close to a desirable storage site to remove carbon or a commercial facility in need of atmospheric carbon dioxide feedstock other than fossil-derived carbon dioxide. This reduces the need to …
Location factors impacting the Direct Air Capture (DAC) of Carbon Dioxide Read More »
Lithium-Air Batteries for EVs Lithium-air batteries (LABs) reduce oxygen from the air at the cathode and oxidises lithium metal at the anode to produce a current flow during discharge. The lithium-air battery can obtain oxygen from the air externally, removing the need for internal storage. This results in a higher energy density compared to that of …
Aluminium-air Batteries and Lithium-air Batteries for EVs: A Comparison Read More »
Graphene Lithium ion Battery Technology People recognize Lithium-ion battery technology as one of the most widely used technologies in electric cars. Safety is one major problem that automakers are trying to resolve in lithium-ion batteries. A lithium-ion battery’s electrolyte is highly flammable. Any damage to its exterior layers can cause a short circuit, leading …
Solar Panel Revolution Using solar panels is quickly revolutionizing the economy. Solar panels are gaining popularity as the economy shifts to a green and sustainable energy model. Their energy is economical, efficient, clean, and sustainable, which contributes to their success. Solar panels are widely used globally, from the rooftops of residential buildings to industrial facilities. …
Solar Paneled Roofs Over Highways – Current State and Future Directions Read More »
Lidars Vs. Radar for autonomous vehicles: Analyzing the pros and cons Autonomous cars are becoming increasingly intelligent, independent, and safer. They can communicate with other cars and infrastructure, making decisions based on real-time data. These cars come equipped with sensors and cameras that allow them to detect and avoid obstacles and park themselves. LiDAR and …
Lidars Vs Radar for autonomous vehicles: Analyzing the pros and cons Read More »
LiDAR Technologies for Autonomous Trucks Uses of LiDAR technology The use of LiDAR technology in autonomous vehicles has increased significantly during the last several years. Autonomous vehicles driven by LiDAR technology can bypass traditional constraints. Not to mention, they have managed to disrupt the entire automotive industry. From Texas to Washington to California, self-driving …
