Fox Hybrid 3.7 kW Inverter
Fox 5.18 kWh Battery
67% Total Reduction Grid Dependance
This solar carport installation in Norfolk shows how a property can combine practical covered parking with renewable energy generation and battery storage. For this project in Tibenham, Electric11 designed a clean and efficient system focused on making the most of the site’s renewable energy potential while improving day-to-day energy use. Based on projected performance, the system is expected to generate around 3,224 kWh per year, deliver estimated first-year savings of £576.73, and reduce annual CO₂ emissions by 668 kg.
The aim of the project was to create a solution that did more than simply add solar panels. A solar carport can turn existing outdoor space into a useful energy-generating structure while also helping the property make better use of on-site electricity production. Because this installation also includes storage, it gives the customer more flexibility in when that generated power is used. That makes this case study a strong fit for Electric11’s live solar PV installations in Norfolk page, which acts as the main topical hub for the company’s solar work and already surfaces this same case-study performance data.
Because battery storage is part of the setup, this page should also link naturally to home battery storage in Norfolk. That service page explains how storage helps property owners keep excess solar energy for later use, improve self-consumption, and reduce dependence on imported electricity. It is one of the strongest supporting service pages for this case study because the project combines solar generation and stored energy as part of one integrated installation.
For stronger commercial intent, I’d also link to solar panel installer in Norfolk. Even though this is a more specialised installation type, that page remains the strongest main money page for Norfolk solar leads and helps pass authority from the case study into the site’s primary service target. If you want an additional format-specific support page, ground mounted solar panels in Norfolk is also relevant because both pages serve users comparing non-roof-mounted solar options.
This project also fits naturally alongside other Norfolk solar case studies. Near the bottom of the page, I’d link to the solar panel for home and battery storage installation, the solar farm and battery storage installation, and the ground solar panel mounts and battery storage installation. Those links help users compare different solar formats and strengthen the internal cluster around Norfolk renewable-energy projects.
If you’d like to compare similar renewable projects, explore our solar panel for home and battery storage installation, our solar farm and battery storage installation, or our ground solar panel mounts and battery storage installation. You can also browse more completed jobs in our electrical case studies in Norfolk section.
Our Service Promise
We ensure that we will communicate well with each and every customer
Arrive on time and produce a prompt and comprehensive quotation
Undertake each task to the highest safety and workmanship standards
Electric11 is composed of a team of local electricians based in Attleborough, offering coverage to the entire Norfolk region. Moreover, through our extensive network, we have forged strong connections with quality tradesmen representing various disciplines in our area.
We understand that solar installation can seem disruptive. That’s why we focus on providing efficient, thorough service with minimal inconvenience. Here’s why you don’t need to worry.
Comprehensive Assessment
Our experienced electricians will conduct a detailed inspection of your home’s electrical system to determine the scope of the solar wiring system.
Detailed Transparent and Competitive Quote
We’ll provide a transparent and cost-effective quote outlining all aspects of the job, with no hidden surprises or add-ons.
Customised Planning
We’ll discuss the optimal placement of the battery storage unit to meet your needs and preferences. A property solar array and battery storage is an excellent opportunity to improve the energy storage and usage to match your tastes.
Our qualified electricians will do the wiring work with minimal disruption to your daily life. We ensure your property is cleaned daily.
Thorough Testing and Certification
After rewiring the electrical equipment, we conduct rigorous electrical tests to ensure compliance with the latest safety standards (BS 7671). You’ll receive an Electrical Installation Certificate verifying the safety and compliance of your new electrical system.
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.
