Insights
Guides to the system we build.
Practical, no-spin guides on the engineering and economics behind electric fleets, batteries, charging and clean energy — written from what we run, not the brochure.
Short, useful explainers for the people who buy, run and fund infrastructure: how battery chemistries differ and which suits which duty, what an electric bus really costs over its life, and how the pieces of one integrated system fit together. Grounded in what Ampinity actually builds and operates.
Battery guide
LTO vs LFP batteries: which EV battery chemistry suits which duty
LTO and LFP EV battery chemistry compared on cycle life, charge speed, temperature, energy density, cost and safety, then matched to each fleet duty cycle. Read the guide
Battery & fleet guide
Electric bus total cost of ownership in India — a buyer's guide
Electric bus total cost of ownership in India covers capital, energy, charging, maintenance, battery life and residual value, plus GCC and pay-per-km models. Read the guide
Fleet economics
Electric truck cost per kilometre in India — a fleet guide
Electric truck cost per kilometre in India covers capital, energy, charging, maintenance, battery life, downtime and residual value, plus how eTaaS fixes it. Read the guide
Charging strategy guide
Opportunity charging vs depot charging for electric fleets
Opportunity charging versus depot charging for electric fleets, and how uptime, battery sizing, infrastructure cost and battery chemistry decide which one fits. Read the guide
Energy guide
Grid-scale battery storage (BESS) in India — an explainer
Grid-scale battery storage (BESS) in India explained: peak shaving, firming renewables, the evening peak, and why cycle life and safety decide the cell. Read the guide
Energy & fleet guide
Green hydrogen vs battery-electric for heavy transport
Green hydrogen vs battery-electric trucks, compared on energy density, refuelling, infrastructure, efficiency and cost — and which duties each one suits. Read the guide
Energy guide
Compressed bio-gas (CBG) from agricultural waste, explained
Compressed bio-gas (CBG) turns agricultural residue into clean fuel by anaerobic digestion, replacing stubble burning with energy and an income for the farmer. Read the guide
Driver economics
Electric three-wheeler economics for driver-entrepreneurs
Electric three-wheeler economics for driver-entrepreneurs: daily earnings maths, energy versus fuel, uptime and upkeep, and how e3aaS folds it into one payment. Read the guide
Circular-economy guide
EV tyre recycling and pyrolysis, explained
EV tyre recycling and pyrolysis recover carbon black (rCB), pyrolysis oil and steel from worn tyres, so the materials go back to work instead of to landfill. Read the guide