Energy API — Solar Providers
Optimal Solar System Sizing Based on Usage Data
Recommend the right solar system size for each customer. Optimize system capacity based on actual consumption patterns for maximum ROI.
The Challenge
Generic sizing recommendations lead to oversized or undersized systems, reducing return on investment.
The Solution
Recommend system size that maximizes ROI by optimizing self-consumption and minimizing low-value export.
Capabilities
How Fiskil Helps
Consumption-Based Sizing
Size system based on actual daytime consumption patterns.
Self-Consumption Optimisation
Optimize system size to maximize valuable self-consumption.
ROI Comparison
Compare ROI across different system sizes to identify optimal investment.
Future Consumption Planning
Factor in planned changes like EV purchase or pool installation.
Implementation
How It Works
Analyze Usage Patterns
Access 12 months of usage data to understand consumption patterns.
Model System Sizes
Model performance of different system sizes (3kW, 5kW, 6.6kW, 10kW).
Calculate Optimal Size
Identify system size with best ROI considering self-consumption and export.
Present Recommendation
Present optimal size with comparative analysis of alternative sizes.
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FAQs
Related Use Cases
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Determine the optimal tariff structure for each customer. Identify whether flat rate, time-of-use, or demand tariffs provide the best value.
Solar Providers
Solar Savings Calculator
Calculate precise solar savings using actual household energy consumption. Show realistic payback periods and ROI based on real usage patterns.
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