Overview

A Class recently completed a significant solar project at a residence on Northumberland Ave. The project’s primary goal was to upgrade the existing solar system to enhance its efficiency without affecting the client’s existing government grant benefits.

Project Challenge

The client’s solar system was tied to a Feed-in Tariff (FiT) scheme, a government grant that incentivises solar energy adoption by providing a guaranteed export rate for a set period. Most systems under this scheme are reaching the end of their life cycle, and regulations prohibit any alterations that would increase their energy generation capacity. This constraint posed a unique challenge: upgrading the system without increasing its output capacity to ensure continued eligibility for the FiT benefits.

Solution

We addressed this challenge by:

1. System Replacement: The original solar system, which had become less efficient over time, was replaced with a new, smaller system. This new setup maintained the same generation capacity but significantly improved energy efficiency.
2. String Inverter Installation: A Class installed a string inverter. This configuration ensures that any excess energy generated is fed directly into the grid, aligning with the client’s existing setup.
3. Efficiency Optimisation: By deploying more efficient solar panels, the client benefits from improved energy production without breaching the original capacity limits set by the FiT scheme.

Results

The new solar system at Northumberland Ave is a testament to our expertise in navigating regulatory constraints while delivering cutting-edge solutions. The client now enjoys:

• Enhanced System Efficiency: Despite having the same generation capacity, the new system provides higher efficiency, ensuring better performance and reliability.
• Uninterrupted FiT Benefits: By maintaining the original capacity, the client continues to receive the financial benefits of the Feed-in Tariff scheme.
• Sustainable Energy Contribution: With excess energy directly fed into the grid, the client supports the broader goal of sustainable energy usage in their community.