Solar Panels & Batteries Exeter Compare Prices & Installers

Solar installation costs in Exeter typically range from $4,752 to $6,402 for a quality 6.6kW system after the federal STC rebate. The wide price range reflects different quality tiers, installer experience levels, and specific site requirements.

Most Exeter homeowners pay around $5,610 for a mid-range quality system, which represents fair pricing given the developing installer market in this area. Lower pricing in this area makes solar particularly attractive financially.

A complete 6.6kW system in Exeter typically includes:

With average electricity savings of $1,655 per year in Exeter, the typical system pays for itself in approximately 3.4 years. After the payback period, you'll enjoy 15-20+ years of virtually free electricity, with total lifetime savings often exceeding $33k.

Tip for Exeter homeowners: While cost is important, focus on quality installers with strong local references. The difference between a $7,800 and $8,500 system is often the quality of panels and installer workmanship - crucial for a 25-year investment on your roof.

Exeter residents in Tasmania can access:

1. Federal STC Rebate: $2,160 for a 6.6kW system (varies by postcode 7275)
2. No additional state rebates: Tasmania currently does not offer state-specific solar rebates beyond the federal STC program

The federal STC rebate alone reduces your upfront cost by $2,160. All quotes from our network include this rebate automatically.

Absolutely! Exeter receives an average of 4.3 hours of peak sunlight per day (adequate sun hours, and modern panels perform efficiently even in cooler conditions), making it suitable for residential solar energy systems.

The economics are compelling for Exeter homeowners. With Tasmania electricity rates currently at approximately 24-28c/kWh and continuing to rise, every kilowatt-hour your solar system generates directly replaces expensive grid electricity. Many Exeter families report reducing their electricity bills by 60-90% after installing solar.

A typical 6.6kW solar system installed in Exeter will:

• Generate approximately 7,769 kWh of clean electricity per year
• Save $1,655 on electricity bills annually at current rates
• Achieve full payback in 3.4 years, then provide free electricity for 15-20+ additional years
• Reduce your household's carbon footprint by approximately 5.5 tonnes of CO2 annually (equivalent to planting ~250 trees)
• Increase property value by an estimated 3-4%, with solar homes selling faster than comparable non-solar properties
• Provide protection against future electricity price rises, which have averaged 4-6% annually over the past decade

Over a 25-year system lifespan, Exeter homeowners can expect total savings of approximately $38k-$41k (accounting for 3.4 year payback plus 20+ years of free electricity), making solar one of the best financial investments available for homeowners.

Note: While Exeter has less sun than northern states, modern high-efficiency panels are still very effective, typically achieving 3.4-4 year payback periods.

The ideal solar system size for your Exeter home depends on your daily electricity consumption, available roof space, and energy goals. The key is matching your system size to your actual usage patterns to maximize savings without oversizing unnecessarily.

How to determine your needs: Check your recent electricity bills to find your daily kilowatt-hour (kWh) usage. In Exeter, average households use 15-22 kWh/day, though this varies significantly based on home size, appliances, and lifestyle.

Why 6.6kW is most popular in Exeter: The 6.6kW system (with a 5kW inverter) represents the sweet spot for most households. It's the maximum size eligible for standard single-phase connection in Australia, offers excellent cost-per-watt value, fits on most residential roofs (requiring approximately 33-40m² of suitable north-facing or west-facing roof space), and typically generates 7,769 kWh annually in Exeter—enough to cover 70-100% of average household consumption.

Planning for the future: Consider sizing slightly larger if you're planning to purchase an electric vehicle, install a pool, or work from home more frequently. Exeter homes with EVs typically benefit from 8-10kW systems. Conversely, if you're rarely home during the day and don't have a battery, a smaller 4-5kW system might be more cost-effective.

Expert tip for Exeter: During your free quote consultation, ask installers to review your recent bills and recommend a system size based on your actual consumption patterns rather than just household size. The best installers in Exeter will use professional software to model your specific energy usage and roof characteristics for optimal system design.