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eSolar.ie Projects

Have a look at some of the Solar Panel Installations we have completed in Dublin and Surrounding Areas.

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Grange Builders Providers - June 2023

System Overview:

  • Solar Panels: 100 x 430W Trina panels, providing a total capacity of 43kWp.
  • Optimisers: Merc optimisers for enhanced performance, ensuring maximum efficiency even in shaded conditions.
  • Inverters: 2 x Huawei commercial 3-phase inverters for reliable energy conversion and optimal power management.

 

This system is designed to deliver high performance, reduce energy costs, and support sustainable energy goals.

St Catherines NS

The school’s photovoltaic program is an innovative initiative aimed at harnessing solar energy to reduce its carbon footprint and promote sustainable practices.

6.1kWp solar system with premium panels for efficient energy generation.

3-phase Solis inverter to ensure compatibility with the existing electrical setup and optimise power distribution.

Real-time solar generation display screen, allowing children to monitor and learn about renewable energy in action.

Baltinglass

This exciting project involves two like-minded neighbors with unique energy needs.

  • Total Panels: 40 panels installed across two roofs.

 

  • House 1: Includes battery storage and an EV car charger for enhanced energy independence and convenience.

 

  • House 2: Features a battery-ready inverter to provide flexibility for future upgrades.

 

This tailored approach ensures each household gets a solution that meets its specific energy goals while optimizing the shared installation process.

Clontarf

Project Overview:

  • Solar Panels: Installation of 19 solar panels across three roofs, fully utilising all available space for optimal solar generation.
  • Battery Storage: A 5.3kWh battery system to store excess solar energy for later use, increasing energy independence.
  • EV Charger: An integrated EV car charger, enabling convenient and cost-effective charging at home.

Key Benefits:

  • Energy Savings: Leverage a cheap night rate to charge both the battery and the EV, reducing overall energy costs significantly.
  • Efficiency: The multi-roof design ensures no space is wasted, maximizing energy generation.
  • Sustainability: This system supports your transition to greener energy and enhances your property’s energy efficiency.

Kentstown

Project Overview:

This system optimises the available roof space and maximizes energy savings by integrating advanced technologies.

  • Solar Panels: 20 high-efficiency panels, installed across two roofs to utilize all available space.
  • Battery Storage: 5.3kWh battery to store excess solar energy, ensuring power availability even during non-sunny hours.
  • EV Car Charger: Allows convenient charging of your electric vehicle using stored or solar-generated energy.
  • Hot Water Diverter: Efficiently redirects surplus solar energy to heat water, reducing reliance on oil-based systems.

Key Benefits:

  • Cost Efficiency: Leveraging your cheap night rate to charge both the battery and water heater, saving significantly on electricity and heating costs.
  • Energy Independence: Reducing reliance on traditional energy sources by optimizing self-consumption.
  • Sustainability: Minimizing carbon footprint and promoting renewable energy use.

Kilcock

Project Overview:

This system optimizes the available roof space and maximizes energy savings by integrating advanced technologies.

  • Solar Panels: 12 high-efficiency panels, installed across two roofs to utilize all available space.
  • Battery Storage: 5.3kWh battery to store excess solar energy, ensuring power availability even during non-sunny hours.
  • Hot Water Diverter: Efficiently redirects surplus solar energy to heat water, reducing reliance on gas-based systems.

Key Benefits:

  • Cost Efficiency: Leveraging the cheap night rate to charge both the battery and water heater, saving significantly on electricity and heating costs.
  • Energy Independence: Reducing reliance on traditional energy sources by optimizing self-consumption.
  • Sustainability: Minimizing carbon footprint and promoting renewable energy use.

Wicklow Farm

Project Overview:

This innovative installation utilised a cow shed roof to house 16 high-performance solar panels. The system is designed to provide sustainable energy for both the residential house and the on-site Bed & Breakfast.

Key Benefits:

  • Year-Round Savings: The system significantly reduces electricity bills for both the home and the B&B throughout the year.
  • Efficient Use of Space: By installing the panels on the cow shed roof, we maximized unused space while preserving the aesthetics of the house.
  • Sustainability: This renewable energy solution supports environmentally friendly practices while enhancing property value.

Protec Auto spares

Project Overview:

This project involved installing 108 solar panels, strategically divided to supply energy to three separate units. Each unit was equipped with its commercial-grade Huawei inverters to ensure optimal energy management and system efficiency.

Key Features:

  • Independent Systems: The solar array was configured to provide dedicated energy generation for each unit, tailored to their specific needs.
  • Grant Eligibility: Each unit qualified for a separate SEAI solar business grant, demonstrating the financial viability of adopting renewable energy.
  • Cost Savings and Sustainability: This setup has significantly reduced operational energy costs while contributing to a more sustainable future.

St. Malachys School - April 2024

System Overview:

  • Panels: 14 x 430W Longi solar panels
  • Inverter: 6kW 3-Phase Solis inverter
  • Monitoring: Display screen for real-time monitoring of solar generation

Key Benefits:

  • Energy Savings: The system is designed to significantly reduce your school’s electricity bills by harnessing clean, renewable energy.
  • Educational Value: The display screen allows students to see the solar generation in real-time, providing an interactive and educational experience.
  • Environmental Impact: Solar energy reduces the school’s carbon footprint, contributing to sustainability efforts.

Castleknock Grocery shop

 

Project Overview: 90 Solar Panels for High-Energy Consumption Shop

This challenging installation involved placing 90 solar panels in an East/West orientation to optimize energy generation throughout the day. The system was designed for a busy deli with high electricity consumption, including ovens and a large array of fridges, making it essential to reduce the shop’s energy costs.

Key Details of the Installation:

  • Panels: 90 high-efficiency solar panels
  • Inverter: 33.3kW SolarEdge 3-Phase inverter
  • Energy Generation: The system has been consistently generating over 4MW of electricity per month, greatly reducing reliance on grid power.

Project Highlights:

  • The strategic East/West panel orientation ensures that the system generates power from morning until evening, maximizing output for the shop’s high-energy needs.
  • The SolarEdge inverter allows for greater flexibility and system optimization, ensuring the solar panels operate at peak efficiency despite shading or other conditions.
  • The system’s success has significantly lowered the shop’s electricity costs, contributing to long-term savings and sustainability.

This project demonstrates the powerful combination of solar energy and intelligent system design in reducing operational costs for high-demand businesses.

Acre Project, Celbridge, Nov 2024

System Components:

  • 36 Trina 440W Solar Panels
  • 1 x 10kW Huawei Single-Phase Inverter
  • 1 x 5kW Huawei Single-Phase Inverter
  • 10kWh Huawei Battery Storage

This installation involved the unique challenge of cascading two single-phase inverters to create a unified monitoring system. This innovative configuration ensures seamless performance tracking and optimizes energy production, providing an efficient and reliable solar energy solution.