You're missing production targets.
We'll show you why.
Send us your inverter data. We identify which units are losing money and what to fix first. Delivered in 48 hours. Free for 2 sites.
Each symptom maps to a section of the report
The report isolates which inverter is responsible and what it's costing you.
Performance Ratio Analysis — every inverter ranked against the IEC 0.80 PR target, so you know exactly which units are below spec.
Physics-Based & Anomaly Detection Analysis — degradation and fault signatures correlated against expected output for actual weather, not just a missed-target flag.
Recommendations — a ranked 7-day, 30-day, and long-term action list, so the highest-loss inverter gets fixed first instead of whichever fails loudest.
One reconciled report — solar generation, municipality meter, and site load decomposed into a single energy balance, regardless of inverter brand.
This is what's inside the actual report
Real output from the sample report. Eight sections, ending in a ranked action list.
ACME Solar — EAR Report
- 01Executive Summary
- 02Performance Ratio Analysis
- 03Availability Analysis
- 04Physics-Based Performance Analysis
- 05Anomaly Detection Analysis
- 06Financial Impact & Recovery Potential
- 07Recommendations
- 08Methodology
A higher utility bill is not a billing problem.
If you consume solar behind the meter, lost generation doesn't just vanish from a report — it shows up on next month's utility bill.
Solar production fails
When an inverter underperforms or shuts down during daylight hours, your site load doesn't change — you simply stop generating the energy you expected to use for free.
Grid replaces the shortfall
The municipality meter immediately compensates for the missing solar energy, billed at full Time-of-Use rates regardless of your original ROI model.
Avoided cost is lost
There's no "double loss" — the reality is simpler. Your solar failed to displace expensive grid power. That's why bills spike by double digits with no change in consumption.
Sibaya, South Africa — 2.31MW ground-mounted
An engineering manager noticed a 16% gap between current and previous municipality readings — the energy use didn't add up. The Energy At Risk report traced the variance to 4 of 7 inverters with hardware faults, calculated $69K in projected annual savings, and prioritised exactly which component to fix first.
Read the full case study →Every report, every time
- Energy audit assessment across all meters
- Per-inverter performance breakdown
- Hardware fault vs. weather downtime reference
- Financial loss in your local currency (ZAR / USD / KES)
- Actionable O&M procedures — how to maintain your system
- Executive-level ready PDF for head of PMO or CFO
- IEC 61724 compliant — suitable for warranty / insurance claims
Four things. Gathered once. No calls needed.
No installation. No integration call. No wait.
Export hourly interval data
From your inverter portal (Huawei FusionSolar, Enphase Enlighten, Solarman, SolarEdge, etc.) — minimum 30 days, ideally 6–12 months, as CSV. See supported OEM formats →
Optional: utility meter data
If you have access to municipality or grid meter readings, export as CSV or JSON for the same period to reconcile the full energy balance.
Note your array's lat/long
Use Google Maps or your inverter portal — right-click your site location and copy coordinates.
Describe your solar load
Total installed capacity (kWp), number of inverters, tilt and azimuth if known, and any known faults or maintenance events during the period.
Common Questions
My meters don't reconcile — is that what this solves?
Exactly. If there's a gap between your solar generation meter, municipality meter, and site load, the EAR report decomposes that variance, attributes it to specific inverters, and puts a Rand figure on it.
Can I show this to my GM or CFO?
That's the point. The report is a boardroom-ready PDF with energy balance reconciliation, per-inverter attribution, and financial impact in your local currency, following IEC 61724 methodology — suitable for warranty claims, lender reviews, or insurer assessments.
What data do I need?
A CSV export from your inverter portal covering at least 30 days (ideally 6–12 months), plus your site's lat/long coordinates. We auto-detect the OEM format — no manual configuration needed.
Is there a discount for multiple sites?
Yes. For portfolio analysis (3+ sites), contact us for bundled pricing.
Find out what the gap is costing you.
Free for 2 sites. Delivered within 48 hours. IEC 61724 methodology, ready for your CFO or insurer.