In a move that’s expected to reduce its carbon footprint significantly, Victorian Plumbing, a leading UK-based bathroom and kitchen solutions provider, has installed a massive solar PV system at their new site in Leyland. The impressive installation, designed and delivered by Genfit, is set to generate enough clean energy to power the company’s operations for months to come.

The solar PV system, spanning an impressive 823.62kWp of installed DC power, is our largest commercial solar installation of the year so far taking around 3 weeks to complete. Comprising 1554 high-efficiency solar panels from Longi, the system will generate approximately 656.94 megawatt-hours of electricity annually, equivalent to 5,835 trees being planted.

The solar PV system will provide a significant portion of the energy needed to power Victorian Plumbing’s offices, warehousing facilities, and manufacturing operations on site. This will not only reduce the company’s reliance on fossil fuels but also help mitigate its carbon footprint by avoiding an estimated 127 tons of CO2 emissions each year.

Genfit’s team of experts worked closely with Victorian Plumbing to design and install the solar PV system using the Solaredge Designer App, ensuring seamless integration with the existing infrastructure. The company’s state-of-the-art equipment and expertise enabled the team to optimize the system’s performance and maximize energy generation.

Director of Genfit Dave Houson had this to say about the installation “We are extremely happy to have successfully installed a 823.62 kWp solar PV system on our most significant project of the year so far at Victorian Plumbing using the best technology from Solaredge and Longi. This shows our dedication to building a greener future. This installation involved overcoming various challenges, including working within tight timeframes and ensuring the highest safety standards throughout the project. By implementing a safe system of work, we navigated these complexities effectively, ensuring the project was completed without incident.

This achievement is a clear demonstration of our commitment to integrating green energy solutions for businesses. The positive outcome has not only exceeded our client’s expectations but has also set a new standard for sustainability within the industry. The successful installation has reduced the carbon footprint of this major development significantly, contributing directly to a more sustainable future.

Being part of such a large-scale project allows us to showcase our expertise in renewable energy solutions. We’re thrilled to have partnered on a project that will have lasting positive impacts for years to come. For other businesses looking to implement similar solutions, we bring the same dedication, expertise, and commitment to safety, ensuring successful outcomes for projects of all sizes across the country.”

This significant investment in renewable energy underscores Victorian Plumbing’s commitment to sustainability and corporate social responsibility. As businesses continue to prioritise environmental sustainability, Genfit remains at the forefront of delivering customised solar solutions that meet their unique needs and goals.

Genfit has successfully delivered a solar photovoltaic (PV) system at One City Place, an iconic office development, furthering the building’s commitment to sustainability and energy efficiency.

This installation exemplifies how modern commercial spaces can effectively integrate renewable energy solutions to reduce operational costs and environmental impact. The system, featuring an installed DC power of 60.42 kWp, a maximum achieved AC power of 50 kW, and an annual energy production of 41.27 MWh, provides reliable, clean energy to meet a significant portion of the building’s energy demands. Using SolarEdge inverters and Longi solar panels, the system benefits from state-of-the-art technology known for its efficiency and durability, ensuring optimal performance and supporting the building’s sustainability objectives. Environmentally, the installation saves 7.98 tonnes of CO₂ emissions annually, equivalent to planting 367 trees, underscoring the role of renewable energy in reducing the carbon footprint of commercial properties. Operationally, the system reduces electricity costs, enhances energy independence, and boosts the property’s sustainability credentials, making it more appealing to tenants and stakeholders committed to green initiatives.

This project is a testament to how commercial buildings can successfully transition to renewable energy, contributing to broader climate change efforts and environmental stewardship, while delivering long-term financial and environmental benefits.

Introduction

Beko, a leading home appliance brand, has demonstrated its commitment to sustainability and renewable energy by installing a state-of-the-art solar photovoltaic (PV) system at its Watford facility. This case study outlines the project’s objectives, implementation, challenges, and outcomes.

Objectives

The primary objectives of the solar PV installation at Beko’s Watford facility were:

Reduce Carbon Footprint: Lower the company’s reliance on non-renewable energy sources and reduce greenhouse gas emissions.

Cost Savings: Decrease electricity costs through the generation of on-site renewable energy.

Corporate Responsibility: Enhance Beko’s reputation as an environmentally responsible company.

Energy Independence: Increase energy independence and resilience against grid power fluctuations and price increases.

Planning and Design

The planning phase involved a thorough assessment of the facility’s energy needs and the potential for solar energy generation. Key considerations included:

Roof Space: The available roof space was assessed to determine the maximum number of solar panels that could be installed.

Energy Consumption: Historical energy consumption data were analysed to size the system appropriately.

Orientation and Shading: The orientation of the building and potential shading from nearby trees were evaluated to optimise the placement of solar panels.

System Specifications

The solar PV system installed at Beko’s Watford facility includes:

Total Capacity: 88.40 kW

Number of Panels: 208 SOLARWATT panels

Inverters: 1 Solaredge 66.6K Synergy Manager

Mounting System: Tilted mounting frames to maximize solar exposure

Installation

The installation process was completed over a period of two weeks, Key steps included:

Installing Panels: Lifting panels to the roof and installing them

Electrical Integration: Connecting the PV system to the facility’s electrical infrastructure.

Commissioning: Testing and commissioning the system to ensure optimal performance.