Case Study: Arbutus Innovation Centre, Athlone

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Customer Objective

Our Solar PV Installation at Arbutus Innovation Centre

Background The Arbutus Innovation Centre, part of the Life Sciences Innovation Hub & Soft Landing Space, is a dynamic space supporting life sciences and technology companies in Athlone. To meet its growing energy demands while embracing sustainability, the centre sought a renewable energy solution to reduce its carbon footprint and operational costs.

The Challenge With a strong focus on innovation and sustainability, the centre wanted to lower its reliance on traditional grid electricity and reduce energy costs, while also minimizing environmental impact.

The Solution Arbutus Innovation Centre installed a 3D grid-connected Solar PV system. The system consists of 45 high-efficiency Q Cells PV modules installed across 104.8 m², with a total output of 22.05 kWp. This advanced setup includes one Fronius Symo inverter with a sizing factor of 126%, ensuring maximum efficiency.

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Project Goals

  • Energy Production: The system produces 18,193 kWh annually, contributing significantly to the centre’s energy needs and exporting surplus energy back to the grid.
  • Environmental Impact: The installation avoids 6,000 kg of CO₂ emissions per year, aligning with the centre’s sustainability goals.
  • Energy Self-sufficiency: Covering a substantial portion of its energy consumption, the centre benefits from a reliable, sustainable power supply.
  • Cost Savings: The system reduces dependency on grid electricity, lowering energy expenses while providing consistent power to the innovation hub.

Project Benefits

  • Enhance Sustainability: Minimize the environmental impact by avoiding 6,000 kg of CO₂ emissions per year, supporting the centre’s commitment to sustainability and environmentally responsible operations.
  • Increase Energy Self-sufficiency: Improve energy independence by ensuring a consistent supply of renewable power through the Solar PV system, covering a significant portion of the centre’s energy needs and contributing to long-term operational efficiency.
  • Reduce Energy Costs: Significantly lower the innovation centre’s annual electricity expenses by generating 18,193 kWh of energy annually through the Solar PV system, reducing reliance on grid electricity.

Covering a substantial portion of its energy consumption, the centre benefits from a reliable, sustainable power supply.

Services Provided

Energy Advisory Services

Solution Design

Energy Integration