In this post, we’ll dive into the technical details of a recently installed 15.6kW solar system in Kialla West, Victoria 3631. From the system design to the annual savings, we’ll explore the ins and outs of this solar project.
Key Points
GoodWe and Jinko: 15.6kW solar system design
Before designing the solar system, our energy experts thoroughly evaluate the property. They consider multiple factors during the design process, such as:
- Checking the condition and structure of the roof
- Determining the best placement for the inverters
- Planning the wiring layout
- Assessing other technical details
After this comprehensive evaluation, our engineers propose a customized design to the customer. The goal is to create a system that will deliver optimal performance and energy production throughout the year. For this particular 15.6kW solar system, we proposed following design:
15.6kW solar system daily production per month
In Victoria, Australia, the daily electricity production of a solar power system fluctuates significantly due to the region’s seasonal weather patterns. The highest output is observed during the summer months, with January reaching 101.3 kWh per day and December producing 94.1 kWh. Conversely, during the winter months of June and July, production drops substantially, with July having the lowest average of 25.5 kWh per day. This trend reflects the higher solar energy availability in the summer and reduced sunlight during the winter.
GoodWe and Jinko 15.6kW solar system details
Once we design the system and determine the optimal placement of the panels and inverter for your property, we provide you with customized component recommendations, including the most suitable inverter and panel options. However, we also encourage you to share any preferences or options you have in mind.
15.6kW solar system size
15.675 kW DC (STC). Estimated Annual Production: 23,249 kWh
- 33 × 475W Jinko Solar Tiger Neo – JKM475N-60HL4-V
- Dimensions: 1903 mm × 1134 mm
- Type: Monocrystalline
- Includes: Datasheet and Warranty
Solar inverter
- 1 × GoodWe GW15KAU-DT (AS4777 – 2 2020)
- Capacity: 15,000W
- Three-phase
- Maximum Efficiency: 98.4%
- Includes: Datasheet, Manual, and Warranty
System Efficiency: 95%
Expected utility savings from 15.6kW solar system
Installing solar panels can lead to significant savings on utility costs. Before going solar, the average monthly bill is $683.89, resulting in an annual expense of $8,206.70. With the addition of solar, the first-year average monthly bill drops to $331.28, reflecting a 52% reduction. This translates to an estimated annual savings of $4,231.36, cutting the yearly utility bill nearly in half to $3,975.35.
Why choose The SolarPedia?
- Multiple free solar quotes
- Freedom to choose components e.g. inverters and solar panels. For example take a look at this 8kW solar system installation. We prepared and shared almost 3 different quotes with this valued customer and he at last agreed to go with GoodWe and Trina.
- Help in meter consolidation
- Multiple promotions offered by various retailers
- Refer The SolarPedia to your peers and get cash back
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Have Any Questions?
If you have any questions or need further assistance (e.g. need assistance or details on rebates), please feel free to reach out to our support team at support@thesolarpedia.com.
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Happy Solar Victorians!
