Royal Enfield has launched the Flying Flea C6, its first electric model, featuring a lightweight design, powerful motor, and lithium-ion battery with air-cooled thermal management. The company plans to introduce more electric two-wheelers with a city-by-city rollout strategy and offers a Battery-as-a-Service model to reduce upfront costs. The C6 includes advanced features like lean-angle sensing traction control, cornering ABS, a touchscreen, and wireless phone charging, catering to tech-forward urban commuters. With a commitment to craftsmanship and innovation, Royal Enfield aims to lead the premium electric two-wheeler segment in India and global markets, marking a shift towards sustainable urban mobility.
Author: Cleantechnica
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How MG’s MIAS 2026 Lineup Previews A Global Tech Overhaul
MG Philippines showcased their move towards a tech-heavy future at the 2026 Manila International Auto Show, introducing new hybrids and the G50 PHEV as part of a global engineering overhaul. The mass production of MG's SolidCore battery signifies a shift towards electrification and sustainable mobility in the Philippines, offering higher energy density and faster charging times. With advanced propulsion logic and terrain detection, the current lineup of MG vehicles in the Philippines optimizes power delivery. The G50 PHEV serves as a bridge between current hybrids and future solid-state EVs, providing a practical solution with high performance and a potential range of 1,415 km, addressing range anxiety for Filipino drivers. MG's focus on adapting global tech for real-world driving conditions in Southeast Asia positions them as a technology leader, preparing for the arrival of mass-produced solid-state power in the local market.
https://cleantechnica.com/2026/04/19/how-mgs-mias-2026-lineup-previews-a-global-tech-overhaul/
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We Can Create Food Systems That Enhance Human & Planetary Health
The section discusses the need to decarbonize agricultural practices, transition to low carbon energy sources, and use agrivoltaics to reduce greenhouse gas emissions in food systems. It emphasizes the importance of a systemic approach to transform food systems, reduce Scope 3 emissions, and address interconnected challenges of food production, climate change, and environmental sustainability. Clear communication of scientific evidence on climate change, food systems, and health is highlighted, along with the importance of integrating knowledge and engaging stakeholders. Managing the global agri-food system efficiently, focusing on soil health, water quality, and climate resilience, and promoting plant-based diets are key strategies to reduce greenhouse gas emissions and address food insecurity. The article also stresses the need to protect agricultural workers, implement sustainable practices, and advocate for a theology of food that prioritizes human dignity and access to food for all.
https://cleantechnica.com/2026/04/19/we-can-create-food-systems-that-enhance-human-planetary-health/
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Why the Future of Energy Storage is Spinning To Make a Comeback
The resurgence of kinetic energy storage systems, particularly flywheels, is gaining traction as a reliable infrastructure for a renewable-heavy grid. Companies like Amber Kinetics are advancing the technology to allow for longer duration energy storage and the capturing of excess renewable generation, moving away from the current reliance on lithium and supply chains. By storing energy through spinning a solid steel rotor in a near-perfect vacuum using magnetic levitation, flywheels offer predictability, stability, and resilience to natural disasters, lasting up to 30 years. Their ability to reduce electricity costs, manage demand charges, and provide reliable, emission-free energy storage makes them a promising solution for regions with unique challenges like high altitudes. The future of energy storage may involve a combination of flywheels and batteries to address each other's limitations, offering a sustainable and efficient approach to meeting energy demands.
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Temukan Legonya: Bagaimana Indonesia Dapat Mengubah Pensiun Dini Generator Diesel Menjadi Program yang Dapat Diskalakan
Indonesia is making significant progress in replacing diesel generators with solar power and batteries, not just as a clean energy concept but as an economic and strategic proposition. The recent announcement by PT Perusahaan Listrik Negara (PLN) is crucial in reducing dependence on imported fuel and lowering diesel generation costs. The de-dieselization program is seen as a short-term hedge against fuel import risks, price spikes, and maritime vulnerabilities. The estimated cost of transitioning to solar and battery power is around $2.5 billion to $3.4 billion, with a simple payback period of 3 to 5 years in optimistic scenarios and 4 to 6 years in more practical planning. Experts in Indonesia have outlined a structured path for replacing diesel with hybrid energy systems on small islands and isolated networks, focusing on a phased approach, standardized procurement, and modular components for efficient and cost-effective deployment of sustainable energy solutions.
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Rivian EV Batteries To Be Used For Stationary Energy Storage At Rivian Factory
Electric vehicle battery packs are being repurposed for a second life as stationary energy storage, showcasing the sustainability of EVs over traditional vehicles. Nissan Leaf batteries have already been utilized in a data center in France, and Rivian plans to create a 10 megawatt-hour energy storage system in Illinois using over 100 EV batteries. Despite common misconceptions, EV batteries can last up to 20 years and have potential for further use in energy storage systems. This innovative practice highlights the potential for EVs to contribute to a more sustainable energy future.
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Find The Lego: How Indonesia Can Turn Diesel Generator Retirement Into A Scalable Program
Indonesia is strategically shifting towards replacing remote diesel generation with solar and batteries to reduce CO2 emissions and improve energy efficiency. The estimated capital cost for this transition is around $2.5 billion to $3.4 billion, with a payback period of 3 to 6 years. The country's challenge lies in the complexity of institutional economics and the geographical spread of its population across 17,000 islands. The focus is on creating repeatable infrastructure systems for diesel replacement, rather than custom engineering solutions, to drive down costs and increase efficiency in the renewable energy transition. The goal is to establish a durable and scalable deployment system that will lead to measurable reductions in diesel usage and improved performance across the board.
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France Moved First, But Markets Everywhere Are Signaling Electrification
France has announced a significant increase in state support for electrification, aiming to replace imported molecules with domestic electrons. The package includes a ban on gas heating systems in new buildings, a phaseout of gas heating in social housing units, and subsidies for electric vehicles and trucks. Other European countries are also showing movement towards electrification, with a notable increase in battery electric vehicle registrations in Germany and the UK. The European market is showing increased interest in electric vehicles (EVs) and other clean energy solutions, with rising inquiries and orders for EVs, heat pumps, and solar panels. The section discusses how different regions like Australia, South Asia, Africa, and Latin America are responding to fuel insecurity and the transition towards electrification. Countries with low-carbon power mixes may struggle to convert this into electrification advantages due to grid and market framework issues. The importance of building infrastructure fast enough to meet rising electric demand and avoiding overreading weak signals in the energy transition is emphasized, with electrification seen as a practical language of resilience in the face of repeated fossil fuel shocks.
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A Tale of Four Cities on Infill, Emissions, & Political Nerve
The section discusses how four cities – Calgary, Edmonton, Minneapolis, and Vancouver – are approaching the challenge of accommodating more people in existing neighborhoods while reducing infrastructure costs, transport emissions, and building energy use. Calgary initially made a citywide move to allow for more housing diversity but later reversed it due to political backlash. The most effective emissions reductions come from adding homes in location-efficient, transit-supportive, walkable neighborhoods. The article emphasizes the importance of building energy-efficient, compact, mixed-use developments close to transit and amenities to reduce vehicle miles traveled, energy use, and CO2 emissions. Edmonton's zoning bylaw renewal focused on compact growth and climate implications, resulting in a reduction in greenhouse gas emissions. Minneapolis implemented zoning reform in 2019 allowing up to three units on low-density lots as part of a comprehensive plan to reduce greenhouse gas emissions from transportation. Vancouver has a more aggressive approach, allowing up to six dwelling units on a single lot and requiring zero-emissions equipment for heating in new buildings. The overall message is that comprehensive and integrated policies are needed to ensure low-carbon and politically durable urban development, with a focus on infill development, zero-emissions buildings, and strong transport policy.
https://cleantechnica.com/2026/04/10/a-tale-of-four-cities-on-infill-emissions-political-nerve/
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Merino Energy Comes Out Of Stealth With $3,800 Heat Pump System
Merino Energy, a climate hardware company based in San Francisco, has launched the Merino Mono, a professional-grade home heat pump solution priced at $3,800 including installation. The system delivers 7,500 BTU of capacity for spaces up to 350 square feet, rivaling conventional mini-splits without the need for infrastructure. Designed to address barriers to widespread heat pump adoption, the Merino Mono can be installed in under an hour by certified technicians, offering a more accessible and efficient solution for households without outdoor space or electrical capacity for traditional systems. With a focus on customer and installer convenience, the transparent flat-rate pricing and quick installation process aim to increase proposal acceptance and expand installer capacity, crucial for home electrification goals such as California's aim for 6 million heat pump installations by 2030.
https://cleantechnica.com/2026/04/10/merino-energy-comes-out-of-stealth-with-3800-heat-pump-system/