PAT Testing (Portable Appliance Testing)
Need a Norfolk based Electrician for PAT Testing services? An introductory offer to businesses, we will test and inspect up to 10 portable appliances at your premises for £45.00 +VAT, additional items charged at £2.00 +VAT per item
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PAT testing involves inspection of plug-in electrical appliances (e.g., kettles, computers, tools) to check for damage, correct wiring, safe operation and labelling. It’s a key part of workplace electrical safety and compliance.
We provide full PAT testing including visual inspection, electrical testing, labelling, asset register and certificate. Typical cost: from around £1-£2 per item, or £75 + VAT per hour for smaller runs.
Ensures safety of staff, tenants or customers, helps maintain insurance compliance and reduces risk of electrical faults from portable equipment.
Book PAT testing today
At Electric11, we provide a free, no-obligation quote. Our team will conduct a detailed survey of your property, assessing your roof space, current energy usage, and electrical capacity. This meticulous approach ensures that we design a system that perfectly fits your needs.
Our expertise extends far beyond electrical fundamentals, encompassing property construction and building regulations. We bring a holistic perspective to our electrical solutions, ensuring seamless integration into your property’s overall construction.
Additionally, we excel in providing prompt, secure, and long-lasting repairs to your electrical systems, making us the top choice for electrician services in Attleborough, Norfolk.
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Any plug-in portable equipment used in a commercial environment or rented property. Domestic users may choose PAT as a precaution.
Small jobs from £75 + VAT per hour; for larger volumes, typically £1-£2 per item.
Depends on usage and environment — frequently used or mobile appliances may need testing annually; less-used equipment every 2-3 years or audit guidance.
We are local, certified and provide clear reports, labelling and certification — making compliance simple.
In Attleborough, Norfolk, Electric11 completed a 3.9 kW solar installation for a bungalow property, featuring 12 × 325 W full-black panels, a Solis 3.6 kW hybrid inverter, and a Puredrive 5 kWh battery. The system is designed to generate around 3,400 kWh per year, delivering annual savings of £918, reducing CO₂ emissions by 851 kg, and cutting grid reliance by 70%.
Electric11 installed a 1.82 kW shed solar power system in Attleborough, Norfolk, featuring 4 × 455 W full-black panels and a Fox Hybrid 1.0 kW inverter. This compact setup is expected to generate 1,300 kWh of clean energy per year, delivering annual savings of £351 and cutting 299 kg of CO₂ emissions — a smart, efficient solar solution without battery storage.
In Breckland, Norfolk, Electric11 delivered a 6.2 kW solar farm installation featuring 14 × 445 W full-black panels, a Fox Hybrid 5 kW inverter, and a Fox ESS 5.18 kWh battery. The system is expected to generate around 5,706 kWh of renewable energy per year, providing annual savings of £601.23, reducing CO₂ emissions by 1,181 kg, and achieving a 67% decrease in grid reliance.
Taking a clean and practical design approach, our focus was on creating an efficient area dedicated to renewable energy generation. Following a full review of the land, we installed a ground-mounted array featuring 48 × 405 W full-black panels arranged across three separate arrays. We advised that a 19.44 kW total system size would be the most suitable configuration for the property’s energy needs.
Taking a clean and efficient approach, our focus was to design a system that made the most of renewable energy potential. After evaluating the property, we fitted 10 × 445 W full-black panels arranged across two separate arrays. A total capacity of 4.45 kW was determined to be the most effective solution for the property’s size and energy requirements.
Taking a straightforward and modern approach, our aim was to design a practical space focused on generating clean, renewable energy. After evaluating the property, we installed a carport solar array featuring 9 × 445 W full-black panels. We determined that a 4 kW system would deliver the best balance of efficiency and suitability for the property’s energy demands.
