Commercial Solar Panels in Tamworth

The survey visit typically takes one to two hours depending on building complexity. After that, we issue your written quote within a few working days. Once approved, the G99 DNO application for systems above 30 kWp can take several weeks, as that timeline is set by the network operator rather than us. Physical installation on most commercial roofs takes two to five days depending on system size and roof access. We give you a realistic programme at quote stage so your operations team can plan accordingly, and we flag the DNO timescale early so it does not catch anyone by surprise.

Most commercial buildings in Tamworth can install solar under permitted development rights, provided the system does not protrude more than 200mm from the roof surface and the building is not listed or within a conservation area. Systems above 50 kWp require a full planning application regardless of location. Tamworth's town-centre conservation area, around the castle and older market streets, carries stricter controls. We assess your permitted development position at survey stage and will advise you before any design work is finalised, so you know whether a planning application is needed before committing to the project.

A G99 application is the formal notification to your Distribution Network Operator that you intend to connect a generating system of more than 30 kWp to the grid. The network operator reviews the application to confirm the local grid can accommodate your export capacity, and they may impose export limits or request modifications to the inverter settings. This process can take four to twelve weeks and is the single most common cause of commercial solar project delays. We prepare and submit G99 applications in-house as part of our standard commercial service, keeping you updated at each stage without you needing to manage the correspondence directly.

Yes, and flat roofs are often simpler to work with than pitched roofs on commercial buildings. We use ballasted aluminium racking systems that hold panels at an optimal tilt angle without penetrating the roof membrane, which keeps the roof warranty intact and simplifies landlord permissions on leasehold units. We assess membrane condition and structural load capacity at survey stage, because fitting an array to a roof that needs re-covering in the near future creates unnecessary disruption. Flat-roof ballasted systems on Tamworth's industrial stock consistently deliver strong output figures given the open sky exposure typical of single-storey buildings.

We do not publish price lists because the right system for your building depends on roof size, orientation, structural condition, your electricity consumption profile, your DNO's export capacity, and whether battery storage or EV charging is being added at the same time. Every quotation is free, written, fully itemised, and based on a site survey. It will include a site-specific return on investment projection using your actual meter data so you have a clear financial picture before making any commitment. There are no hidden costs added after the quote is agreed. Call us on 01527 337155 or request a survey online to get started.

Schools and care homes are among the most commercially attractive use cases for solar PV. Both have high daytime electricity consumption that aligns closely with solar generation peak, meaning a well-specified system achieves high self-consumption without needing to rely on export income. Care homes also carry significant overnight base loads that make paired battery storage well worth considering. Our engineers are experienced working on occupied care and educational sites, which means safeguarding-aware site management, advance notice for access, and minimal disruption to daily operations. MCS certification and our NAPIT registration satisfy most procurement and insurer requirements for these building types.