31 Woodbine Business Park, Hewitsland, New Ross, Wexford, 

Case study

Reduction in Electricity bills

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The Issue

One of the primary challenges faced during the project was the limited roof space available at Adamstown Pharmacy. The building, typical of many urban commercial structures, had a relatively small and irregularly shaped roof, which constrained the number and arrangement of solar panels that could be installed. Additionally, the pharmacy’s location in a visible area of the town meant that the installation needed to be aesthetically pleasing to maintain the building’s appearance, as any unsightly installations could affect the pharmacy’s community image.

 

 

ADAMSTOWN PHARMACY PV SOLAR PANELS

The Fix

The integration of the PV system with the pharmacy’s existing electrical setup posed a technical challenge. The building’s older electrical infrastructure needed to be upgraded to accommodate the new solar system. This integration had to be carefully managed to prevent any disruptions to the pharmacy’s operations, especially given the critical nature of its services, including the storage of temperature-sensitive medications.

The Result

For the integration with the existing electrical systems, the project team conducted a thorough upgrade of the pharmacy’s electrical infrastructure. This included installing a modernized breaker panel and ensuring that the new PV system was seamlessly integrated with the building’s power supply. The work was scheduled during off-hours to minimize disruption to the pharmacy’s operations, ensuring that the transition was smooth and did not impact the pharmacy’s ability to serve its customers.

The successful completion of the PV solar panel installation has resulted in substantial energy savings for Adamstown Pharmacy, alongside a reduced environmental impact. The project demonstrates the pharmacy’s commitment to sustainability and community responsibility, providing a model for other small businesses looking to adopt renewable energy solutions while maintaining their operational and aesthetic standards.

Langtons Solar Panels Infographic

WHAT WE DID

The process from initial client consultation to the installation of solar panels typically involves three key stages:

01

Consultation and Assessment

EnergyServ engaged with the Perennial Freight to understand their energy needs, goals, and budget. We conducted a thorough assessment of the property, including an analysis of current energy usage, roof space, orientation, and structural integrity. We also discuss potential savings, financing options, and any available incentives or rebates. This stage ends with a customised proposal outlining the benefits and costs of the solar installation.

02

System Design and Permitting

Once Perennial Freight agreed to proceed, EnergyServ design a solar energy system tailored to the Perennial Freight specifications and energy requirements. This includes selecting the appropriate type and number of solar panels, inverters, and other components. EnergyServ then handles all necessary permitting and approvals from local authorities and utility companies. This stage ensures that the installation complies with all regulations and standards.

03

Installation and Activation

After securing the necessary permits, the installation team schedules and carries out the physical installation of the solar panels and associated equipment. This includes mounting the panels, wiring the system, and connecting it to the electrical grid. Once installed, the system undergoes a series of inspections and testing to ensure it operates correctly and safely. Finally, the system is activated, and Perennial Freight is guided on how to monitor and maintain their new solar energy system.

PRODUCTS WE USED

Here are the products that EnergyServ used to deliver the solution
 

JA Solar 545w (238 panels)

Solis Inverter

Zappi EV Box Business x2