Case Studies

Residential property in Carlingford

Partnering with Clover Energy Systems, the homeowner initiated a project aimed at enhancing energy efficiency and reducing environmental impact. The installation comprises a sophisticated system featuring 24 JA Solar 435w PV Panels, complemented by 20 SolarEdge Optimisers for meticulous performance optimization. At the core of the setup lies the SolarEdge 5000w Home Hub Inverter RWB, enabling the seamless conversion of solar energy into usable power. Accompanying this is the SolarEdge 10kW Home Battery, ensuring autonomy by storing surplus energy for later use. Additionally, a SolarEdge Home Hot Water Controller maximizes the efficiency of hot water systems, further reducing reliance on conventional energy sources. 

The entire system is securely mounted using the Renusol VS+ Mounting System, engineered for durability and optimal sun exposure. This meticulous design ensures that each panel operates at peak efficiency, mitigating the impact of shading or degradation. Moreover, the homeowner enjoys peace of mind with robust warranties, including a minimum 12-year warranty on the inverters and a 10-year unlimited use warranty on the battery. By embracing renewable energy, the homeowner not only reduces their carbon footprint but also paves the way for a greener future. 

Residential Solar Install In Cavan

Clover Energy Systems was engaged by a homeowner in Cavan to design and install a solar PV system tailored to their energy needs and aesthetic preferences. The goal was to reduce energy costs, increase self-sufficiency, and support environmental sustainability.

The client required a system that not only met their energy demands but also integrated seamlessly with their home’s design. In response, we installed a 9.1kWp system comprising 22 high-efficiency JA Solar 415W PV panels using a GSE In Roof System for a sleek appearance.

To ensure reliable energy conversion and storage, we incorporated a GivEnergy 5kW Hybrid Inverter and two 8.2kWh GivEnergy batteries, providing up to 16.4kWh of storage capacity. The system also included a MyEnergi Eddi hot water diverter and a MyEnergi EV charger for efficient energy use and electric vehicle charging.

This solution is estimated to generate 5078kWh annually, offering significant energy savings and enhancing the property’s sustainability profile.

Solar Installation In Downpatrick

Clover Energy Systems recently completed a solar installation project for a residential property, aiming to maximize energy efficiency and reduce reliance on the traditional power grid. The installation included high-performance solar panels, a hybrid inverter, battery storage, and a hot water diverter. This case study examines the key components and positive outcomes of this solar installation.

We installed a 5.53kW solar power system comprising 14 Q.PEAK DUO BLK M-G11+ 395 solar panels, a GivEnergy 3.6kW Gen2 Hybrid inverter, two GivEnergy 5.2kWh batteries, and an Eddi diverter for hot water. This setup aimed to generate clean energy, enhance self-sufficiency, and optimize energy usage.

The installation yielded impressive results, including an estimated annual energy yield of 4,650kWh. The homeowners should experience significant energy savings, reduced reliance on the power grid, and long-term cost savings. Additionally, the solar installation contributes to a greener future by reducing carbon footprint and mitigating environmental impact.

Commercial Solar Install In Lisburn

Clover Energy Systems was approached by a client who had been operating a 20kW Solar PV system for the past 8 years. Due to a significant increase in their electricity demand over the last few years, the client sought to explore possibilities for enhancing the performance of their existing system.

The client’s primary requirement was to increase their overall energy production to meet the rising electricity demand. They were interested in finding a solution that would be cost-effective, reliable, and environmentally friendly.

We installed a 70kW PV array, featuring 184x Q-Cell MG11+ PV panels known for their durability and high performance. Two Solis 3Phase Inverters were integrated to convert the generated DC power to AC power with advanced technology, ensuring optimal energy conversion. Additionally, a Solis Export Manager was incorporated to manage excess energy, facilitating seamless grid integration and optimizing energy utilization.

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