Blogs

Battery swapping is gaining traction in India’s EV revolution. But can it really replace conventional charging stations? In this blog, we explore how this tech may change the way we power electric vehicles — especially in commercial fleets and urban spaces.

India’s green mobility dream depends not just on EVs but on the power behind them — charging infrastructure. From public stations to highway fast chargers, this blog explores how EV charging networks are shaping a cleaner, sustainable transportation future. Discover policies, challenges, innovations, and ISIEINDIA’s role in powering the movement.

Searching for the quickest-charging EVs in India? This blog highlights the top 5 electric cars of 2025 boasting exceptionally fast charging — such as the Kia EV6, Hyundai IONIQ 5, BYD Seal, and others. Analyze their batteries, driving ranges, and charging rates to identify your ideal EV.

Explore whether home EV charging is truly more affordable than public stations. Compare costs, pros, and smart charging strategies for India.

India’s EV revolution is powered by bold, innovative startups. From electric scooters to AI-powered battery tech, discover the top emerging EV startups that are driving the future of mobility in 2025 — and why you should be watching them closely.

Explore how ISIEINDIA is transforming EV education in India through its Centre of Excellence (CoE) Labs established in 50+ colleges, offering real-world EV training and placement opportunities.

Before you graduate, mastering these 5 essential skills can make all the difference in your career journey — from job interviews to on-ground innovation. Let’s dive into what truly sets successful engineers apart.

Air pollution in Indian cities has become a public health emergency. With EVs emerging as a cleaner mobility solution, this blog explores how electric vehicles can reduce urban emissions, improve public health, and empower students, innovators, and policymakers to build a sustainable future.

In today’s fast-changing tech landscape, traditional classroom learning is no longer enough. Future-ready education demands hands-on experience, real-time problem-solving, and exposure to cutting-edge tools. State-of-the-art labs bridge the gap between theory and industry, empowering students with practical skills in areas like electric vehicles, AI, robotics, and clean energy. These labs are not just facilities — they’re launchpads for innovation, startups, and career readiness.