Commercial Solar Panels in Solihull

Usually, yes, but the lease governs it rather than the roof. You will need landlord consent and almost certainly a licence to alter, with an agreed dilapidations position so the array is not stripped out at lease end. The commercial test is remaining term against payback: with a three-to-five year payback, a tenant with seven or more years left generally has a straightforward case, while a shorter term normally points to a landlord-funded scheme recovered through the service charge or a rent uplift, or a green-lease clause splitting the saving. Ballasted, non-penetrating systems help here. They are demountable and do not breach the membrane, which materially softens the landlord's objection. We are happy to put the technical case in writing for your landlord or managing agent.

For most commercial rooftop installations, no. Rooftop solar on commercial buildings in England is largely permitted development under Part 14 of the GPDO, and the previous 1 MW rooftop cap was removed in November 2023, so system size is rarely the constraint it once was. Prior approval for siting and appearance can still apply, and listed buildings and Solihull's conservation areas are handled separately and need checking individually. New-build schemes are a different matter: Solihull's Local Plan (Draft Submission 2020) expects major non-residential development to meet at least BREEAM Excellent and minor non-residential at least BREEAM Very Good, and on-site generation contributes to those scores. We confirm the constraint position with Solihull Metropolitan Borough Council before we design, so the layout you see is the layout you can build.

Yes, and often better than the occupancy pattern suggests, but the sizing has to be honest about it. Weekday office demand overlaps the generating window almost exactly, and comfort cooling, your biggest summer load, rises and falls with the same irradiance that drives the array, so summer self-consumption on a well-sized office system is typically high. The weakness is weekends and the Christmas shutdown, when generation continues and demand collapses. Those units export under SEG at a fraction of what you pay to import, so an array sized to your peak rather than your base load will disappoint. We size from your half-hourly consumption data, which tells us exactly how much of each year's output you would actually consume, and we will show you whether a battery closes the weekend gap economically on your site or simply adds capital cost.

Around 900 to 1,000 kWh per kWp per year on a well-oriented, unshaded Solihull roof. A 250 kWp array on a business-park office or distribution unit therefore generates roughly 225,000 to 250,000 kWh annually. What determines your payback is not that figure but the proportion you self-consume: a unit you use is worth your full import price including standing charges and levies, while an exported unit earns a much lower SEG rate. Two identical arrays on adjacent Solihull units can return very different paybacks purely on load profile, which is why we survey the half-hourly data first rather than quoting from roof area. Expect three to five years for most commercial sites here, and be sceptical of anyone promising materially better without having seen your consumption.

Most will, but it is a structural question we answer before quoting, not after. On the flat and near-flat single-ply membranes common on Solihull's office buildings we specify ballasted, non-penetrating mounting to preserve the membrane warranty, which makes the check one of imposed load and wind uplift. On the shallow-pitch profiled metal decks typical of the industrial units at Monkspath and similar estates we assess purlin spacing, sheet condition and remaining roof life. If the roof has less than a decade left, we will recommend re-roofing first and installing afterwards rather than fitting a 25-year asset to a covering that will need lifting long before then. That advice costs us a sale sometimes; it costs you far more if nobody gives it.

That combination works particularly well on Solihull's larger parks, where several thousand vehicles arrive around 08:00 and leave around 17:30: Birmingham Business Park supports around 10,000 employees and Blythe Valley roughly 3,500. Cars parked through the generating window absorb output that would otherwise be exported, converting it to self-consumption at full retail value while providing a genuine staff and tenant benefit. The practical constraint is almost always the incoming supply rather than the roof: adding chargers without load management can push a site over its agreed capacity and trigger a costly DNO reinforcement. We design the PV, charging and load management together, so the charging estate operates inside the capacity you already have wherever that is achievable.