Alentar Electric

Electronic waste contains valuable minerals and metals which are critical to clean #energy technologies. Learn more in our report ‘Securing Critical Minerals for the Energy Transition’: https://ow.ly/38Sq50SE50l #EnergyTransition #recycling #ewaste #SpecialMeeting24

To power the energy transition, the world needs a reliable supply of critical minerals. Finding alternative materials can help secure the transition. Learn more about our Securing Minerals for the Energy Transition initiative: https://ow.ly/ULQN50SBgex #CriticalMinerals #AI #Lithium #Batteries

A removable tank fills with water while you wash. Is your innovation preventing water contamination, treating water on-site, or offering water testing and filtration solutions?  💧 The Tackling Water Pollution Challenge is offering a total of 1.75M CHF in co-financing from HCL Group to 10 innovative start-ups. Submit your solution on UpLink: https://wef.ch/3RVHNVg Lylo Products UpLink - World Economic ForumHCLTech HCL Enterprise Arup AtkinsRéalis BlueTech Research Imagine H2O National Alliance for Water Innovation Mazarine Ventures IKEA #WaterPollution #CleanWater #Innovation #Entrepreneurship #SDG6 #Water

Hi Ojas, Get ready to conquer commutes, embrace the outdoors, and join a community of eco-conscious riders – because you're officially part of the Alentar electric cycle family! We're thrilled you chose Alentar for your commute. Whether you're a seasoned cyclist or a curious newcomer, you'll love the exhilarating freedom and effortless power an e-cycle provides. #cycle #training #adventure #sport #running #run #bike #cycling #motorcycle #bikelife #mtb #ride #biker #bicycle #triathlon #mountainbike #cyclinglife #motorbike #bikes #ciclismo #motorcycles

Cleaner Seas, Healthier Planet: Why the Future of Shipping is Green Imagine oceans brimming with vibrant coral reefs and playful dolphins, free from the clutches of pollution. This vision is within our reach, thanks to the burgeoning green shipping movement. The impact of traditional shipping fuels on marine life has been profound. However, a revolution is underway. Forward-thinking companies are now adopting flex-fuel engines that run on cleaner alternatives like biofuels and green hydrogen. These engines are transforming the maritime industry, offering significant benefits: 1️⃣ Crystal-clear waters: Lower emissions lead to cleaner oceans, fostering the return of diverse marine life and healthier ecosystems. Breathing easier: Reduced air pollution means cleaner air for coastal communities and a healthier planet for all. 2️⃣ A sustainable future: Flex-fuel technology reduces our dependence on fossil fuels, paving the way for more sustainable transportation. In the 21st century, innovation and responsibility go hand in hand. Embracing green shipping can ensure thriving oceans for generations to come. Imagine boarding a ferry, knowing it leaves minimal environmental impact – a vacation with a positive footprint! This shift towards cleaner technologies benefits both the environment and business. Eco-conscious consumers are increasingly drawn to green shipping companies, knowing their travel choices are responsible and sustainable. Next time you hear about a shipment arriving at the port, picture a future where these deliveries bring waves of positive change. Let's work together to make green shipping the norm for a healthier planet and a brighter future.

Do you think we need to adopt such solutions for our city? Share your thoughts below!! #climatechange #carbonneutral #emissions #cleantech

Facts about Bicycle Usage by country: Since bicycles were introduced in the 19th century, they have been used for a variety of uses: recreation, work, military, entertainment, sports, etc. There are an estimated one billion bicycles around the globe, making them the most common means of transportation. The first bicycle, known as the “velocipede,” was invented in 1817 by Baron Karl von Drais of Germany. It was driven by the rider pushing off the ground with their feet because it had no pedals. The first bicycle with pedals was invented in 1839 by Scottish blacksmith Kirkpatrick Macmillan. The Tour de France, the most well-known bicycle race in the World, was first held in 1903 and covered around 3,500 kilometres (2,200 mi). The fastest speed ever achieved on a bicycle is 334.6 km/h (207.9 mph), set by Bruce Bursford in 1996. The World’s longest bicycle is 47.5 m (155 ft 8 in) in length and was achieved by Bernie Ryan (Australia) as measured and ridden in Paynesville, Victoria, Australia, on 14 November 2020. ( As of Guinness World Records) Bicycle helmets reduce the risk of 85% head injury. 364,000 bicycles are produced daily. That’s 15,000 per hour, or 253 a minute, or four bikes a second. 47,670 bikes are being sold daily. Yes, every two seconds, someone will buy a bike. The production numbers for bicycles are 2.5 times greater than for cars. In 2016, Copenhagen declared there were more bikes than cars on its streets for the first time in history. Credits: Ranking Royals Full blog: https://lnkd.in/d97KRNZK

Electrification: Key to Europe's Clean Energy Transition 1️⃣ Current State of Electrification: Only 23% of Europe’s energy consumption comes from electricity, necessitating a doubling of this rate to achieve net zero by 2050. 2️⃣ Definition and Importance: Electrification involves replacing fossil fuels with electricity (both direct and indirect) to achieve an energy net zero world, crucial for the cleantech transition. 3️⃣ Supply-Side Strategy: Transitioning to renewable energy sources, including domestic production and interconnectors, is essential to replace fossil fuels. 4️⃣ Demand-Side Strategy: Reducing energy demand through efficiency and enabling sectors like mobility to switch to electricity and its derivatives. 5️⃣ System-Side Strategy: Shifting from a central, baseload system to a decentralized, intermittent system, requiring grid upgrades and enhanced storage capacity. 6️⃣ Challenges of Renewables: Intermittency issues and the need for large-scale, cost-effective energy storage solutions are significant hurdles for renewable energy adoption. 7️⃣ Emerging Technologies: Innovations like long-distance interconnectors, integrated energy management systems, and standardized e-Mobility backbones are shaping the future of energy systems. 8️⃣ Hydrogen's Role: Green hydrogen complements electrification, particularly for hard-to-electrify sectors and as long-term storage for excess renewable energy. 9️⃣ Electrification Challenges: Transitioning to a decentralized energy system involves deploying carbon-free baseload capacity, upgrading grids, and financing new technologies. 🔟 Policy Support: Necessary policies include funding for storage technologies, manufacturing guarantees, and public-private partnerships to drive down costs and scale technologies. For an in-depth look at how electrification is shaping Europe's energy future, read the full blog. Blog Link: https://lnkd.in/ex4-qxMp Credits: CleanTechForEurope

Family Goals: The Nagpures Choose E-Cycling for Health & Sustainability! ♀️ We're inspired by the Nagpure family who's embracing electric cycling for a healthier and greener future! Arnav Nagpure has chosen an e-cycle for his daily commute, combining exercise with eco-friendly transportation. But the passion doesn't stop there! Mr. Nagpure, Arnav's father, actively shares this passion and encourages their family members to join them on daily 10km rides. Together, they're making a positive impact by: 1. Reducing Pollution: Opting for e-cycles cuts down on harmful emissions. 2. Easing Traffic Congestion: Fewer cars on the road mean smoother commutes for everyone. 3. Boosting Health: Regular cycling benefits physical and mental well-being. The Nagpures are a shining example of how small changes can create a big difference! Are you ready to join the e-cycling revolution? Let us know in the comments how you're incorporating healthy and sustainable habits into your life! #AlentarElectric #ECycling #FamilyGoals #Health #Sustainability #PollutionFreeCommute