Contents
    Weekly cycle of analysis, prioritisation, production and measurement, next to a ranking curve rising from position 10–12 to positions 2–4 plus the metrics AI mentions 19 to 63, 500 percent traffic growth and 12 percent lead conversion
    A weekly control loop rather than a campaign — from page 2 into the top 5 over six months.

    For a solar provider we set up SEO, AEO and GEO as a single weekly control loop: 30 focus keywords and a set of 100 real customer questions were steered week by week from SERP, Search Console, ranking and AI mention data rather than from a topic list. After six months the focus keywords ranked 2–4 instead of 10–12, and the brand was named in 63 out of 100 AI answers instead of 19. Organic traffic grew by 500% over the same period, and a solar cost and energy calculator built as a lead magnet converted at 12%.

    The more interesting part of the story is not the ranking but the mechanism. What made the difference was not more content, but the weekly feedback loop between measurement and production — and the decision to treat questions, not keywords, as the unit of planning.

    Starting point: page 2 is not half of page 1

    At the start of the project the 30 focus keywords ranked between positions 10 and 12 — the bottom of page 1 and the top of page 2. That is the most thankless position in search: the content was good enough for Google to index and evaluate, but not visible enough to generate enquiries. Positions at the page 1 to page 2 boundary generate impressions but hardly any clicks.

    In parallel, a baseline for AI visibility was taken at the start: across a set of 100 real customer questions, put repeatedly to several assistants, the brand was named in 19 out of 100 cases. That put a number on the second channel from day one — and made a growing share of demand observable in the first place.

    Why solar is a demanding category

    Solar is not an impulse purchase. Weeks or months pass between first interest and signature, during which prospects compare providers, research subsidies and self-consumption, check references and collect several quotes. That creates a large volume of information-driven questions before the actual provider search begins — about economics, payback periods, roof requirements, storage options, permits and funding.

    This has two consequences for content strategy. First, competition for pure provider keywords is fierce, while competition for the questions that precede them is considerably weaker. Second, those advice-heavy questions are the first to migrate to AI assistants, because there they are answered in one response instead of across eight open tabs. Optimising only for provider keywords means losing the phase in which the shortlist is formed in the first place.

    The setup: four data sources, one prioritisation

    The foundation was not an editorial calendar but a data picture, re-evaluated every week. Four sources, each answering a different question:

    Data sourceThe question it answersWhat follows from it
    SERP analysisWhich format and search intent does Google reward for this term?Whether a guide, a comparison page, a local landing page or a calculator is the right format
    Google Search ConsoleWhere do impressions already exist without clicks?The fastest levers: pages just short of breaking through that only need sharpening
    Rank trackingHow does each focus keyword move over time?Whether a measure worked — or needs reworking
    AI mention trackingFor which questions do assistants name the brand, and for which not?The gaps classic rank tracking cannot see at all

    That fourth row is what separates this from a pure SEO project. What was tracked was not only mentions but the questions that triggered them. That reveals which topic areas the brand already exists in inside AI answers — and which it is absent from despite the website ranking for the topic.

    The weekly rhythm

    The real core of the project was the cadence. The same cycle ran every week:

    1. Analyse. Rankings, Search Console data and AI mentions from the past week against the week before. What moved, what did not, and why?
    2. Prioritise. The data picture produced a ranked order rather than a wish list: which piece of content has the largest expected effect this week? Pages with many impressions and a poor click-through rate almost always beat new topics started from zero.
    3. Produce. One brief per piece, derived from the SERP analysis — format, search intent, questions to cover, internal linking.
    4. Publish and measure. The content goes live, enters tracking, and becomes a data point again in the following week's analysis.

    The difference from a classic editorial calendar is decisive: a calendar decides in January what will be published in May. This cycle decides afresh every week, based on what last week's data showed. That is where the compounding comes from — no piece is produced before the effect of the previous one is known.

    What was built: landing pages and a lead magnet

    The output of the weekly cycle was not only guide content but data-driven landing pages that had to do three jobs at once:

    1. Rank. Built along the search intent the SERP analysis actually showed for the term — not along a preferred structure.
    2. Answer. Address the questions from the set of 100 directly and self-containedly, so the same content also works as an answer inside assistants and AI Overviews.
    3. Convert. A clear offer logic, a visible next step, and the evidence that decides trust in an advice-intensive category.

    The third point is the one most often overlooked in SEO projects. Position 2 on a page that leads nobody to an enquiry is an expensive metric. Because ranking, question and conversion requirements went into the same brief from the outset, each page became one asset rather than three separate jobs — and the requirements conflict less than people assume: a page that answers a question immediately and verifiably usually converts better than one that hints at the benefit after 800 words.

    The decisive component, though, was the lead magnet: a solar cost and energy calculator. A good landing page only captures those already ready to enquire — and in a category with a months-long decision cycle, that is the minority. The far larger share of traffic is still researching: people who want to know whether the project is worth it for their roof and their consumption before they talk to any provider.

    A calculator answers exactly that question — individually rather than in general. That makes it the logical continuation of the whole approach: if the question is the unit of planning, then the best lead magnet is the tool that answers the category's most-asked question personally. "What will a system cost me, and what will I save?" cannot be settled conclusively in any guide article — in a calculator it can.

    For the prospect this is a fair exchange: they get a concrete number for their situation, the company gets a qualified contact with a known requirement — without forcing the jump to a sales conversation most visitors are not ready for. 12% of visitors became leads through it, well above what a conventional contact form achieves at that stage.

    The calculator also worked twice over: it does not only capture, it attracts. Calculator queries are among the highest-demand searches in this category, and a genuinely useful tool gets linked and recommended far more often than a guide article — which in turn feeds rankings and, as described above, the probability of being named in AI answers. That dual role is what makes a calculator the single strongest asset in advice-intensive categories.

    A continuous competitor analysis ran alongside the weekly cycle, with two objectives.

    Content gaps. For every focus topic we recorded which competitors ranked, which sub-questions they covered — and which they left out. The gaps are the way in: topics with demand but no good answer in the market. In an advice-intensive category like solar these are typically the uncomfortable questions providers prefer to avoid, because they involve effort or limitations. Precisely that content builds trust — and AI assistants draw on it disproportionately often, because it is concrete and verifiable.

    Backlink opportunities. The competitors' backlink profiles produced a prioritised list of reachable sources: directories, trade portals, regional media and partner sites that already link to several competitors but not to the client. These gaps are the most pragmatic entry point into link building, because topical relevance is already demonstrated.

    Both analyses work twice over: they improve classic rankings, and they simultaneously raise the probability of being named in AI answers, because assistants build their recommendations largely from third-party sources. Why that is and which signals matter is covered in detail in Getting recommended by AI assistants.

    The AEO and GEO layer: questions instead of keywords

    The shift in perspective that shaped the project: the unit of planning was the question, not the keyword.

    A keyword like "photovoltaic quote" tells you what someone is searching for. A question like "Is a photovoltaic system worth it on an east-facing roof?" tells you why — and gives you the structure for content that both ranks in the results list and works as a quotable direct answer. Three principles followed from this for every piece:

    • Answer first. The core question is answered in the opening sentences, not after 800 words of preamble.
    • Self-contained sections. Every paragraph has to make sense without context — that is what makes it quotable when an assistant excerpts only that part.
    • Verifiability. Concrete figures, conditions and limitations instead of marketing language. What cannot be checked is picked up less often by assistants.

    This layer was measured through a fixed set of 100 realistic customer questions put repeatedly to several assistants — unbranded ("Which solar provider is suitable for …?"), topical ("How does funding work for …?") and branded. Because AI answers are non-deterministic, the single query never counts; only the mention rate across repeated runs does. How such a measurement setup is built in detail is covered in Measuring AI visibility.

    The result

    After six months both channels stood in a markedly different place:

    MetricStartAfter 6 months
    Ranking of the 30 focus keywordsPosition 10–12Position 2–4
    Mentions in AI answers (100 questions)19 / 10063 / 100
    Organic trafficBaseline+500%
    Lead conversion via the calculator–12%

    The last two rows are the commercially relevant ones. Rankings and mentions are intermediate quantities; they only pay off once they turn into reach, and reach into contactable prospects. That chain — visibility, traffic, lead — is why landing pages and the lead magnet were part of the plan from the start rather than a later optimisation phase.

    The move from page 2 into the top 5 is not linear: the first weeks bring barely visible movement, because the groundwork is being laid. The effect kicks in once enough topically connected content exists, is cleanly interlinked, and the first external references arrive.

    The relationship between those two rows is worth noting. The AI mention rate more than tripled while the ranking improved by "only" eight positions — the AI channel responded more strongly to the same work. That matches the state of the market: in classic search results every provider has been competing for years, whereas in AI answers most are simply not yet prepared.

    Three things were decisive:

    • Consistency over volume. The weekly rhythm ran through — including weeks when little happened.
    • Prioritisation from data. What already generated impressions in Search Console was worked on first. Sharpening beats starting over, as long as the substance is there.
    • Questions as the unit. The same work served rankings, direct answers and AI mentions — instead of three separate workstreams.

    What transfers to other industries

    The approach is not solar-specific. It fits anywhere the buying decision is advice-intensive and many factual questions precede the choice of provider — construction and trades, healthcare, education, financial and insurance services, B2B industry. The three transferable elements:

    1. A weekly control loop instead of a quarterly editorial calendar.
    2. Four data sources instead of one — SERP, Search Console, rank tracking and AI mentions together produce a prioritisation none of them delivers alone.
    3. Questions as the unit of planning, because the same work then serves classic rankings and AI visibility at once.
    4. A tool as the lead magnet — a calculator, a configurator, a check — that answers the category's most-asked question individually, rather than letting the traffic you built flow away unused.

    The first step

    Before a strategy comes the starting point — and with AI visibility that is almost never known. Our free AI visibility check puts your customers' questions to ChatGPT, Gemini and Claude live and with web search, additionally checks whether AI crawlers can read your website at all, and sends you the result as a PDF report. Free, no account — that is the baseline everything else is measured against.

    This way of working is the basis of our work as an SEO agency and GEO agency.

    Want to build your visibility in search and AI assistants systematically? Let's talk — or read how we set up content as a process rather than a project.

    Tenzin Langdun

    About the author

    Co-Founder of Hierarchy · SEO, GEO & AI Expert

    Tenzin Langdun is a co-founder of Hierarchy, where he leads SEO and GEO: how visible companies are in Google, in Google's AI answers and in assistants such as ChatGPT, Gemini and Claude. He also leads the agency's own data studies, including the Zurich AI Visibility Study of 1,515 AI answers about 5,110 companies. He brings over 10 years of marketing experience across strategy, paid acquisition and SEO, and has worked at KPMG, EY, Siemens, Adnovum and LGT, in AI, cybersecurity, audit and consulting, and in software engineering for the insurance sector and for banking and finance. He holds a BSc from ZHAW and an MSc in Artificial Intelligence from the University of Bath. His research on AI-based thyroid cancer detection was published in Scientific Reports (Nature Portfolio) in 2024 and won the Siemens Excellence Award 2024 and the ZHAW Lab Sciences Award 2024.