From site list to live generation, faster
A pipeline is only as fast as its slowest feasibility study. SOLR AI assesses sites remotely, screens the grid route early and produces consistent, costed designs, so your pipeline moves at desktop speed instead of site-visit speed.
The problem
The bottleneck is the desk work
Every prospect needs an assessment before it deserves a meeting: roof suitability, yield, connection route, indicative economics. Done manually, that work rations how many sites you can look at, and the strongest opportunities are the ones you never got to.
Feasibility rations the pipeline
Each manual feasibility study costs desk time, so capacity at the desk, not the quality of the site list, decides how many prospects get assessed.
The verdict varies by desk
Assessments built by hand differ by who built them. Two similar roofs can get two different answers, and pipeline conversion suffers when the ranking cannot be trusted.
Connection is the gating item
The grid route decides whether a project holds its programme, and it is usually examined after commitment, when a constrained connection is expensive to discover.
See it working
Rank the portfolio before anyone travels
Illustrative demonstration with fictional data
How it helps
Desktop speed, portfolio scale
Every prospect gets the same desktop study: assessment from aerial imagery, a consistent design, indicative economics and the grid route screened, before you spend a survey on it.
Assess whole portfolios remotely
Roof geometry, orientation, shading and usable area are read from aerial imagery, with indicative yield modelled from physics. A hundred sites can be ranked before a single visit, and the verdict is consistent across all of them.
Screen the grid before you commit
Connection is the gating item on most rooftop projects. The G98 or G99 route and the relevant DNO's requirements are assessed at prequalification, so you commit to sites the network can take, on timelines you can plan around.
Designs that hold up downstream
System design, yield and the costed proposal come off the same record the installer and the energy company work from. What you take to the landlord is what gets built.
The platform
Runs on Enerwise Commercial®
Enerwise Commercial is SOLR AI's commercial platform: the shared system of record that developers, energy companies, installers and property owners all work from, from the first viability check to a generating asset.
Explore Enerwise CommercialQuestions developers ask
Straight answers
Can you assess a site without visiting it?
Yes. Roof geometry, orientation, shading and usable area are read from aerial imagery, and indicative yield is modelled from physics. That desktop study gives every prospect the same consistent verdict, so a whole portfolio can be ranked remotely and your surveyors travel only to the sites that have earned a visit.
What about the G99 connection offer?
The offer comes from the DNO, and it follows the application. What the platform does is screen the G98 or G99 route at prequalification and prepare the application to the relevant DNO's requirements, ready for you to submit, whichever of the fourteen GB distribution licence areas the site sits in, so the offer is sought early rather than after commitment.
Do rooftop projects need planning permission?
Rooftop solar often sits within permitted development, subject to conditions, and the position should be confirmed for each site. In practice it is the connection, not planning, that most often needs managing, which is why the grid route is screened at prequalification rather than after you have committed to the site.
Who makes the go or no-go decision on a site?
You do. AI agents run the workflow: the assessments, the ranking, the designs and the connection paperwork. People make the decisions. Every output arrives prepared for review, and which sites get a visit, which advance to design and which are dropped stays with your team at every stage.
How does this improve pipeline conversion?
Feasibility stops rationing the pipeline. When every prospect gets a consistent desktop study, weak sites are screened out before they consume surveys and meetings, and effort concentrates on sites the network can take. More of what you pursue is worth pursuing, and fewer projects die late in the process.
Will the proposal match what gets built?
The system design, the yield model and the costed proposal come off the same record the installer and the energy company work from. There is no re-modelling between proposal and construction; changes are made on the record, in view of everyone, so what you take to the landlord is what gets built.
Bring your site list
A working session, not a demo: bring your pipeline, leave with a view on which sites deserve a visit.