Energy and utilities
Storage and EV
Storing energy and electrifying transport.
Storage and EV is the part of this category where the buyer genuinely chooses. There is no licensee holding a monopoly and no concession to be awarded: a sourcing head picks a chemistry, a site host signs a charger lease, a project head prices a tender, a plant head commits to a fuel. Each of those decisions opens as a technical question typed into a model, and what comes back today is assembled from imported datasheets, consultancy forecasts and announcement press releases.
Where the answer is being lost
The technical shortlist is drawn up before anyone contacts you.
A product engineer at a commercial vehicle maker asks 'How does LFP compare to NMC for Indian commercial vehicle batteries' and gets a table: cycle life, thermal behaviour, cost per kilowatt hour, and two or three suppliers named. He is not browsing. He is closing out a chemistry decision that will hold for the life of a platform. The same happens with a fleet manager sizing chargers and a refinery's sustainability head pricing hydrogen. If your engineering position is not in that answer, you are not in the qualification round, and the platform is locked before you hear about it.
How we win this
The programme for storage and ev
Take the comparison question
Almost nothing here gets asked as a category. It gets asked as a choice: LFP against NMC, AC against DC fast charging, lithium against flow for a four-hour duration, green hydrogen against grey. answer-pages are built to be that comparison, with the conditions under which each side wins stated plainly. A model reaches for a page that has already done the trade-off.
The figures it quotes came from somewhere else
These answers are currently built from imported material: cell datasheets written for another climate, laboratory papers on chemistries nobody here has fielded in fleet service, European pilot reports running on power prices an Indian plant will never see. The engineer reading them knows the numbers do not transfer, and discounts them without having anything better to use. That is the opening. data-assets from your own testing, your own network or your own plant put an Indian figure against a question that has only been answered with a foreign one, and schema lets a model tell a measured result from a nameplate claim.
Publish the disqualifying cases
The fastest way to lose a technical reader is to publish a claim the physics will not carry. So we write the limits: the duty cycles where a chemistry is wrong, the site utilisation below which a fast charger does not pay, the processes where hydrogen is still the expensive answer. blogs carry that, video from a commissioned site shows it, and reviews from industrial users, in the places where the buyer is a plant rather than a passing driver, make it checkable.
Rewrite on the policy clock
A PLI round closes, a charging tariff order lands, a cell price moves and half of what you published stops being true. Content that ages badly here does not just go quiet, it starts giving engines the wrong figure in your name. We version the pages against the notification they reflect, and monitoring tells us when an answer has moved to someone newer.
The mix that carries it
Content
Answer and comparison pages
Cost, process, eligibility and comparison pages built for direct extraction, not for a reader who scrolls.
Authority
Original data and benchmarks
Proprietary numbers, surveys and benchmarks — the most-cited asset class there is, because nobody else has them.
Foundation
Entity and schema engineering
Structured data and entity definition so engines know exactly what you are, where you operate, and what you are credible in.
Content
GEO blogs and authority content
The definitive written answer to the questions your buyers put to an engine, structured so it can be lifted and attributed.
Measurement
AI Presence tracking
Standing measurement of inclusion, share of answer and competitor movement as models update.
Authority
Digital public outreach
Earned mentions, trade coverage and third-party citations — the corroboration a model checks before it names you.
The constraint we work inside
There is no advertising regulator standing over this sub-category, but there is a physics one. Cycle life, charger utilisation and hydrogen cost per kilogram are all checkable by the engineer reading you, and the policy that shapes them changes by financial year. Nothing goes out without a stated assumption and a date.
Specialisations
4 total
The pitch is different for each one, because the buyer, the trigger and the rules on what may be published are different for each one. Open the one that is yours.
A sourcing head at a commercial vehicle maker is fixing the cell chemistry for a platform that will run eight years, and the shortlist going into next month's design review came from an engine.
The question deciding this today
“How does LFP compare to NMC for Indian commercial vehicle batteries”
- Who they sell to
- Vehicle makers, storage developers and device manufacturers
- Who signs
- Sourcing head or product engineer
- What starts it
- Localisation mandate, PLI scheme, chemistry transition, cost target
- Cost of staying invisible
- Locked to one chemistry as the market moves to another
He will not call you first. He will put 'How does LFP compare to NMC for Indian commercial vehicle batteries' to an engine, and get an answer assembled from Chinese cell datasheets, American research summaries and a few Indian news pieces. No Indian pack maker appears in it. Nothing accounts for the duty cycle of a 12-tonne truck, a depot fast-charge regime, or what a PLI-linked localisation target does to a bill of materials. That answer goes into the design review, and the chemistry is fixed.
What we would run
- 01Answer and comparison pages
An LFP against NMC page written for Indian commercial vehicle duty cycles: energy density, cycle life at depot fast-charge rates, thermal margin, and the cost per kilowatt hour at your current localisation level, each with the test condition stated.
This is the exact question the sourcing head asks, and a page that names its test conditions is what an engine cites when it needs to justify a recommendation.
- 02Entity and schema engineering
Product and specification schema for every cell and pack format you make: chemistry, form factor, capacity, C-rate, certification held, and the plant it is made in, so a model can tell what you are qualified to supply.
Much of what gets asked here is a parametric lookup rather than an opinion: this capacity, this form factor, this certification, made in India. A model can only satisfy that from attributes it can read, and a downloadable datasheet is a document, not an attribute.
- 03Original data and benchmarks
A published cycle-life and cost dataset from your own testing, stated by chemistry, temperature band and charge rate, with the test protocol named and the date it was run.
The chemistry argument is settled with numbers. A maker who publishes its own tested figures becomes the source others get quoted against.
- 04AI Presence tracking
Quarterly checks on the chemistry, safety and localisation prompts your buyers use, tracking which sources the engine now names and which of your pages have been overtaken by a newer figure.
Cell prices and policy both move within a quarter here. A page that was right in March can be the reason an engineer discounts you in September.
What we would not recommend
- Reddit. The Indian EV threads there are drivers arguing about scooter range and warranty claims. A cell maker posting into that spends its time defending vehicles it did not build, in front of nobody who writes a specification.
- Directories and profile consistency. General B2B marketplaces trade replacement packs by the crate and would place you beside importers reselling other people's cells. The lists that decide anything for an OEM are certification and approved-supplier registers, and those are not a marketing channel.
What a lead looks like
A sourcing engineer at a commercial vehicle maker, who has read your LFP comparison and your cycle-life dataset, writes asking whether your prismatic cell holds its rating at depot fast-charge rates and what volume it takes to hit his cost target. He wants samples qualified, not a capability deck.
What we measure
- Cited on chemistry comparison prompts
- Spec data readable by engines
- Cycle-life dataset cited externally
- Pages re-dated every quarter
- Qualification enquiries from named OEMs
What changes
Enquiries arrive from people who have already done the comparison. A sourcing head at a commercial vehicle maker who has read your chemistry page and wants sample cells qualified. A logistics park's site host asking what utilisation his four bays need before he signs the lease. A refinery's sustainability head who wants your electrolyser costing checked against his hydrogen demand. They arrive with the technical objection already raised and answered, which is not what a cold enquiry looks like.
Start here
See who gets named in storage and ev today
We put your buyers' real questions to the live models and come back with the businesses they name, the sources behind those answers, and the gap between that list and yours.