Each package balances generation capacity with storage to match typical consumption patterns. All pricing includes equipment, installation, electrical certification, and commissioning.
Designed for smaller households with moderate evening electricity needs. The 5kW solar array generates sufficient daytime power to charge the 10kWh battery bank while covering concurrent consumption. Evening discharge handles lighting, refrigeration, entertainment systems, and standard appliances without grid dependency.
Included components: 12 x 415W monocrystalline panels, 10kWh lithium iron phosphate battery system, 5kW hybrid inverter with monitoring, mounting hardware, electrical integration, system commissioning.
Suitable for: One to two person households, apartments with suitable roof access, properties with average daily consumption under 18kWh.
Comprehensive solution for households with multiple occupants and higher evening energy requirements. The 8kW generation capacity supports extensive battery charging while the 15kWh storage accommodates cooking, heating, continuous appliance operation, and electric vehicle charging during off-peak hours.
Included components: 20 x 400W panels, 15kWh battery array with expandable capacity, 8kW hybrid inverter, smart energy management system, backup circuit configuration for priority loads, professional installation and grid integration.
Suitable for: Three to four person households, homes with electric cooking or heating, properties with daily consumption between 22-35kWh.
Maximum independence package for larger properties or homes with significant energy requirements including workshops, pools, extensive climate control, or multiple electric vehicles. The 12kW generation paired with 22kWh storage provides near-total grid independence during typical conditions.
Included components: 30 x 400W high-efficiency panels, 22kWh modular battery system, 12kW tri-phase compatible inverter, advanced load management with consumption optimization, weather-based charging algorithms, comprehensive monitoring dashboard, priority backup circuits.
Suitable for: Large households, properties with pools or workshops, homes with daily consumption exceeding 35kWh, locations seeking maximum grid independence.
Detailed evaluation service for properties with unique requirements, complex roof configurations, or specific energy goals. Includes on-site inspection, electrical infrastructure assessment, consumption pattern analysis, shading studies, and personalized system specification.
Assessment includes: Roof structural evaluation, electrical panel capacity review, 12-month consumption analysis from utility data, generation modeling using local weather patterns, detailed proposal with equipment specifications, installation timeline, and projected performance metrics.
Suitable for: Properties with unusual roof layouts, heritage buildings requiring special mounting, commercial buildings, rural properties with specific off-grid requirements.
Retrofit service for properties with existing solar panel installations that lack storage capability. We assess current system compatibility and integrate battery storage without replacing functional panel arrays or inverters when possible.
Service includes: Existing system evaluation, inverter compatibility assessment, battery sizing based on current generation capacity and household consumption, electrical integration, monitoring system setup, commissioning and testing.
Suitable for: Homes with solar panels installed but no battery storage, systems with compatible inverters, properties wanting to add storage without full system replacement.
Ongoing system health monitoring and preventive maintenance to ensure optimal performance and longevity. Includes panel cleaning, electrical connection inspection, battery health assessment, inverter firmware updates, and performance reporting.
Service includes: Quarterly remote monitoring reports, annual on-site inspection, panel cleaning and debris removal, electrical connection torque checks, battery capacity testing, inverter diagnostics, performance optimization recommendations.
Suitable for: All installed systems, properties in high-dust environments requiring regular cleaning, customers wanting professional oversight of system health.
Panel efficiency ratings, inverter capabilities, and battery chemistry all affect both upfront cost and long-term value. Higher quality components typically carry longer warranties and better performance retention over decades of operation.
Roof pitch, height, material type, and accessibility influence installation labor requirements. Properties with tile roofs require more careful work than metal roofing. Multi-story installations need additional safety equipment and time.
Older properties may need electrical panel upgrades to safely accommodate solar system integration. Distance between roof mounting and battery location affects cable runs and associated costs. Three-phase power supplies require different inverter specifications than single-phase.
Basic monitoring provides generation and consumption visibility. Advanced systems add weather prediction integration, automated load shifting, and grid feed-in optimization that can improve economic returns but increase initial investment.
Understanding your specific situation helps identify which system configuration delivers the most value for your circumstances.
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