AV Service – Solar Viability Analysis

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Client & Property

Client Name

Phone

Property Address

Municipality

Property Type

Roof Type

Approx. Usable Roof Area (sq ft)

LUMA Account #

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Engineer & Report

Engineer

License

Report Date

Report #

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Select Data Source

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ME440 CSV Data

Most accurate. Real load profile with hourly data, peak demand, power factor, harmonics. Requires 7–30 days of measurement.

⭐ RECOMMENDED

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LUMA Bill

Quick estimate only. Uses monthly kWh total and average rate. No load profile, no demand data. Confidence: LOW.

ESTIMATE ONLY

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ME440 CSV Upload

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Minimum recommended: 7 days. 30 days gives the most accurate design. Shorter periods extrapolated with stated confidence level.

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Drop ME440 CSV file(s) here

All formats: 3P4W · 1P3W · 1P2W · 3P3W

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System Goals & Constraints

System Type / Goal

Battery Autonomy Target (hours without sun or grid)

24h

Budget Range

Critical Loads (must run during outage)

🌀 Air Conditioning

Typically 1.5–5 kW per unit

🧊 Refrigerator / Freezer

~150–400W

💡 Lighting

~200–500W total LED

💧 Water Pump

~750W–1.5kW

🏥 Medical Equipment

Life-critical loads

🚗 EV Charging

7–11 kW

🏊 Pool Pump

~1–2 kW

🖥️ Office / Server

~500W–2 kW

Avg Monthly LUMA Bill ($)

Avg Monthly kWh (from bill)

Current LUMA Rate ($/kWh)

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Puerto Rico Specific

Region / Solar Zone

Hurricane Preparedness Priority

Net Metering Interest

Preferred Brand Tier

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AI Solar Sizing Engine

Claude AI · NEC 690 · IEEE 1547 · PREPA/LUMA interconnection rules

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Ready to design your solar system

Load your ME440 data and set preferences, then click "Analyze & Size System"

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Solar Viability Analysis