Month: September 2022

Cybersecurity in Vehicle-to-Infrastructure - Whatnext - futuremakers

Cybersecurity in Vehicle-to-Infrastructure (V2I) Applications

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With the advent of vehicle-to-infrastructure (V2I) applications, cybersecurity has become a critical concern for both motorists and municipalities. V2I applications allow vehicles to communicate with infrastructure such as traffic lights, allowing for more efficient traffic flow and reduced congestion. However, this increased connectivity also creates new opportunities for malicious actors to exploit vulnerabilities in the …

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Cybersecurity for solar energy - whatnext - energy transition experts

Cybersecurity for wind energy systems integrated into smart grids

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Wind energy systems integrated with smart grids are vulnerable to cybersecurity attacks. These days, wind turbines can communicate with the grid through the Internet. This means cybercriminals can use this connection to disrupt the power supply. Two most important components for cyber security for wind farms are the turbines themselves and the control system. Cybersecurity …

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Cybersecurity for solar energy systems- whatnext - energy experts

Cybersecurity for solar energy systems integrated to smart grids

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Solar energy systems are vulnerable to cyber-attacks and physical attacks. These attacks could disable the grid, causing widespread power outages. There are multiple ways to protect solar energy systems from external attacks. One way is to physically secure the systems. The systems should be given protection from the weather and other physical damages. Second way …

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Comparing PowerPaste with other solid-state systems - whatnext - FutureMakers

Comparing PowerPaste with other solid-state systems for hydrogen storage

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Solid-state hydrogen storage systems have received increased attention in recent years due to their high stability and ease of transportation. Researched materials for hydrogen storage include carbon-based materials, hollow glass microspheres, metal hydrides, nitrides, imides, amides, zeolites, and metal-organic frameworks (MOFs). Hydrogen storage in solid-state can be accomplished either by physical bonding (physisorption) or chemical …

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Comparing diabatic and adiabatic compressed air energy- whatnext - energy futurists

Comparing diabatic and adiabatic compressed air energy storage (CAES) systems

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Compressed air energy storage systems use compressed air as a medium for storing energy during off-peak times and generating energy during peak hours. The CAES system utilizes electricity during off-peak times to drive the air compressor for air compression. Also, the electricity is used to store the compressed air in underground caverns. CAES systems are …

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Collaborative Robots for Warehouse Logistics - whatnext - technology experts

Collaborative Robots for Warehouse Logistics

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Flexible automation is the future of warehousing to transform traditional supply chain operations. Adopting automotive technology and robotics will maximize asset utilization and improve productivity. Collaborative robots, or “cobots,” are a major trend in the adoption of robots working alongside the human workforce. According to the International Federation of Robotics (IFR) data analysis by DC …

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Aqueous alkaline systems and solid sorbent systems - whatnext - energy transition experts

Aqueous alkaline systems and solid sorbent systems for direct air capture – A comparison

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Most adsorbents used for direct air capture of carbon dioxide are reversible. These adsorbents can be cycled several times to capture and release carbon dioxide. The most common chemisorbents used for direct air capture of carbon dioxide from the air include calcium and sodium-based sorbents. Physisorbents like metal-organic frameworks (MOFs), activated carbons, and zeolites have …

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A comparison of different carbon capture technologies - Whatynext - technology experts

A comparison of different carbon capture technologies

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Studying carbon capture technologies is very important because it is one of the most important solutions for mitigating the emission of carbon dioxide from commercial-scale power generation plants. Studies report that carbon capture technologies can lower carbon dioxide emissions by 50% by 2050. This article discusses and compares the three main carbon capture technologies: oxyfuel …

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