Solar Roofing Systems
BIPVco is a British manufacturer of solar integrated roofing products, utilising market leading technology and processes to make Building Integrated Photovoltaics (BIPV) from conventional building materials; the BIPV functionalised roof works as a building product, whilst converting the building envelope from a liability into an asset by using the roof to generate low carbon electricity.
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Solar Roofing Systems for Modern Irish Buildings
Solar roofing systems offer a practical way to generate renewable energy while maintaining a clean, integrated roof design. Unlike traditional solar panels that sit above the roof surface, building-integrated solar roofing replaces standard roofing materials with solar-generating alternatives.
QBM supplies solar roofing systems across Dublin and Ireland, supporting projects where performance, appearance, and long-term durability matter. These systems are commonly used on new builds and commercial developments where energy efficiency targets and roof aesthetics are equally important.
Solar roofing systems act as both the weatherproof roof covering and the energy-generating layer. This reduces the need for separate mounting systems and creates a cleaner finish compared to traditional panel installations. When properly specified, solar roofing performs reliably in Irish conditions, even with variable weather and lower sun angles.
QBM works with architects, contractors, and engineers during the design stage to ensure solar roofing systems are suitable for the building type, orientation, and energy requirements. We provide technical guidance to help integrate solar roofing into compliant and practical roof designs.
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How much electricity can I expect from a BIPV roof in Ireland?
Electricity generation from BIPV systems in Ireland typically ranges from 800-1,100 kWh per installed kilowatt-peak annually, depending on roof orientation, pitch angle, shading, and system efficiency. South-facing roofs at optimal pitch produce maximum output, whilst east-west orientations generate approximately 15-20% less. Weather patterns across Ireland create regional variations; coastal areas sometimes achieve better results than inland locations. System performance monitoring during the first year establishes realistic expectations for your specific site conditions and helps optimise energy usage patterns.
Do planning authorities approve BIPV systems in conservation areas?
Planning approval for BIPV in conservation areas depends on local authority policies, building heritage significance, and how closely products mimic traditional materials. Solar slates resembling natural slate often gain approval where standard panels would be refused. Submit detailed product specifications and visual representations early in the planning process. Some authorities require heritage impact assessments or a specialist conservation officer review. Pre-planning consultation identifies potential objections before formal applications. QBM provides technical documentation and product samples to support planning submissions for projects in sensitive locations.
Can BIPV systems integrate with battery storage?
Yes, BIPV systems connect to battery storage solutions just like conventional solar panel installations. Battery integration stores excess generation for evening use when solar production stops, improving self-consumption rates and reducing grid dependency. Modern lithium-ion battery systems work seamlessly with BIPVco solar roofing products through standard inverter connections. Storage capacity should match typical daily usage patterns and available roof generation, oversized batteries waste investment, whilst undersized systems miss optimisation opportunities. Our technical team can recommend appropriate battery sizing based on your electricity consumption data and roof generation capacity.