Battery Management Systems for Electric Mobility – Current State and Future Trends

Leave a Comment / IOT, RECOMMENDED / By WhatNext

With the proliferation of batteries in electric mobility, the need for reliable and safe Battery Management Systems (BMSs) has become crucial. BMSs help maintain the optimal operation of battery packs in Electric Vehicles (EVs) and Hybrid Electric Vehicles (HEVs) and protect them from exceeding their operational and safety limits. BMSs help manage the charging and …

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Automated Fixed Route Scheduling for Sea Routes

Private and Public Contracts in Blockchain Logistics

Leave a Comment / Block Chain, BlockChain, RECOMMENDED, technology / By WhatNext

The management and transactions of data and business processes are about to undergo a revolution, thanks to blockchain technology. The adoption of blockchain, which was first developed as a supply chain technology and then as a financial technology, has spread to public administration, transportation, and logistics. Although reports have mentioned use cases for the former, …

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Solving the Energy Crisis and Plastic Pollution – Converting Waste Plastics into Biofuel for the Mobility Industry

Leave a Comment / Energy Efficiency, Mobility, Renewable Energy / By WhatNext

Plastic-to-Biofuel Innovations Chemical Recycling Plastic-to-Biofuel: Global plastic waste is a major issue. Plastic waste’s durability causes it to become trapped for centuries in landfills and oceans, thereby creating a serious environmental crisis. The inefficiency of recycling processes, high recycling costs, and a lack of incentives actively contribute to the active recycling of only 9% of …

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A Comparison of Solar Roadways to Conventional Asphalt Roads

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Solar Roadways to Conventional Asphalt Roads – Air pollution, which experts consider one of the most significant environmental health risks, causes approximately 4.2 million deaths worldwide each year due to serious illnesses. Mobility and transportation, particularly vehicles on the road, contribute significantly to these statistics by accounting for 8 million metric tonnes of CO2 emissions …

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Comparing laccases with oxygenases and hydrolases for petroleum bioremediation

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Enzymatic Bioremediation of Petroleum Petroleum Bioremediation – Employing microorganisms in bioremediation has been a common practice for the past few years. However, relying solely on microorganisms for the degradation procePetroleum bioremediation is an environmentally friendly process that involves the use of microorganisms and enzymes to degrade and remove hydrocarbons from contaminated sites.ss may not be …

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Predictive Maintenance in Fleet Management - WhatNext

The role of predictive Maintenance in fleet management

Leave a Comment / Autonomous Vechicles, FEATURED INSIGHTS, PERSPECTIVE, Synthetic Biology / By WhatNext

The role of Predictive Maintenance in Fleet Management In the fleet management industry, predictive maintenance is replacing conventional time-based maintenance plans as an efficient method for vehicle maintenance. Predictive maintenance helps utilize vehicles more efficiently by planning maintenance, only when necessary, reduces vehicle downtime and increases the availability of assets by establishing thresholds of use …

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Computing in Autonomous Vehicles | Significance of Quantum | WhatNext

Significance of Quantum Computing for Autonomous Vehicles

Leave a Comment / Autonomous Vechicles / By WhatNext

Quantum Computing Since quantum computing shares synergies with the paradigm shift occurring throughout the automotive industry due to the proliferation of autonomous vehicles, vehicle manufacturers are starting to show a lot of interest in using this technique to solve complex problems. Autonomous driving is a multifaceted, complex balance between humanistic responses from other non- …

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Aluminium-air Batteries and Lithium-air Batteries for EVs: A Comparison

Leave a Comment / Automotive, Batteries For EVs, Clean Energy, Electric Vehicles, Energy Efficiency, Energy Storage, Renewable Energy, Synthetic Biology / By WhatNext

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 …

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Lithium ion Battery Technology - WhatNext

Graphene Lithium-ion Battery Technology for EVs

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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 …

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industry: Mobility