Your PV plant does not need another dashboard.
It needs answers.
Solar Spy connects KPIs, diagnostics, the Digital Twin, and SolAI to identify what is reducing performance, quantify its impact, and show where your team needs to act.
Most platforms show data.
Few tell you what to do next.
Data without context is just visibility. Without linking it to KPIs and diagnostics, you can't effectively pinpoint losses or drive consistent decisions across the portfolio.
No clear explanation of what is driving underperformance
Impact assessment still requires manual interpretation
Data scattered across tools and reports
Operations teams lack consistent priorities
How Solar Spy turns
data into decisions ?
One system that connects KPIs, the plant model,
AI analysis, and operational logic.
KPIs AND SOURCE DATA
Portfolio dashboard, EPI, PR, AR, events, and plant data.
DIGITAL TWIN
A plant model that connects components, relationships, and operational history.
AI ANALYSIS
Assessment of root causes, performance impact, and action priorities.
OPERATIONAL DECISIONS
Insights ready to be used by technical teams and asset managers.
Three pillars of our system
Solar Spy combines performance KPIs, Digital Twin intelligence, and SolAI
in one connected workspace for PV asset management.
KPIs and performance analytics
EPI, PR, AR, inverter- and string-level production analysis, and loss breakdowns help identify the source of problems faster.
Digital Twin
The Digital Twin structures technical knowledge about the PV plant. It shows relationships between components, event history, and changes in system status over time. As a result, analysis is based not only on live readings, but on full technical context.
- Component and event history
- Relationships between plant elements
- A single source of truth for system status
- Better context for diagnostics and decisions
SolAI Assistant
Your analytical assistant for PV operations. SolAI interprets platform data, answers questions, and supports operational decisions in natural language.
Energy Performance Index (EPI)
One number that enables a reliable assessment
of plant performance and operational efficiency.
EPI evaluates PV plant health based on a physical model and real weather conditions, revealing technical losses that PR alone does not show.
Operational modules built on the same foundation
Using the same data and the same plant model, the Solar Spy Platform supports multiple areas of operational work
Reporting and event log
Reports, event logs, and consistent KPIs for teams, management, and stakeholders.
Forecasting
Production forecasts that account for weather conditions, plant operating history, and asset health.
Inspection Integration
Inspection results and AI analysis flow directly into the operational system.
Remote Power Control
Plan curtailments, manage shutdowns, and respond to market or grid signals in one workflow.
SolAI turns platform data into operational decisions
SolAI answers questions about KPIs,
performance, anomalies, and operational actions.
- Connects platform data with the plant’s technical context
- Explains what is causing underperformance
- Links anomalies to production impact and operational risk
- Answers operational questions in natural language
- Helps teams prioritize the right actions faster
Real business value
Better operational decisions translate into greater data transparency, faster response, and a stronger foundation for improving performance
Better identification of loss sources
Technical data and operational context help teams quickly understand what is causing the problem.
Faster response to anomalies
Issues become visible earlier, with clear context and action priorities.
Greater KPI transparency
KPIs are calculated consistently, with the ability to account for events such as curtailment or grid failures.
Stronger basis for operational decisions
Teams work from one shared view of data, not scattered reports and interpretations.
Frequently Asked Questions
What is Solar Spy's Copilot PV?
Copilot PV is a system that connects KPIs, diagnostics, the Digital Twin, and the SolAI assistant in a single work environment. Instead of another data dashboard, you get a concrete answer: what’s lowering your PV farm’s performance, what impact it has on production, and where your team should take action.
How is Copilot PV different from a regular data dashboard?
Most platforms only show raw data – numbers, charts, alarms – without connecting them into a coherent interpretation. Copilot PV combines KPIs, diagnostics, and the installation’s technical context, so it points out not just what happened, but also why and what to do about it, removing the need for manual data interpretation by the team.
How does the process from data to decisions work?
The system is built on four connected layers: KPIs and source data (portfolio dashboard, EPI, PR, AR, installation events), Digital Twin (an installation model linking components and operating history), AI analysis (assessment of causes and priorities), and operational decisions – conclusions ready for the technical team and asset manager to act on.
What is the Digital Twin and why is it needed?
It’s a model of the installation that organizes knowledge about the PV plant – it shows the relationships between components, the history of events, and system state changes over time. This means analysis doesn’t rely solely on current readings, but on the full technical context, allowing for more accurate diagnosis of problem causes.
What is the Energy Performance Index (EPI) and how does it differ from PR?
EPI is a single number that provides a reliable assessment of installation performance and operational efficiency. Unlike Performance Ratio (PR) alone, EPI evaluates the farm’s condition based on a physical model and actual weather conditions, revealing technical losses that PR on its own does not show.
What is the SolAI assistant and how do you use it?
SolAI is an analytical assistant that interprets platform data and answers questions in natural language – for example, about the causes of performance drops, the impact of specific anomalies on production, or action priorities. Instead of analyzing charts and reports on their own, the team simply asks a question and gets a ready-to-use answer.
What other operational modules run on the same data?
Built on the same data foundation and installation model, Solar Spy also offers: reporting and event logging (consistent KPIs for the team, management, and stakeholders), production forecasting (accounting for weather and installation operating history), inspection integration (inspection results flow directly into the operational system), and power control (support for curtailment decisions and response to market signals).
How accurate is fault detection in Solar Spy?
Solar Spy achieves over 99% accuracy in detecting module defects, combining AI analysis with the installation’s full technical context from the Digital Twin.
What real benefits does implementing Copilot PV bring?
Four main areas: better identification of loss sources (faster understanding of the root cause), faster response to anomalies (earlier visibility with clear priority), greater KPI transparency (consistent calculation accounting for events like curtailment or grid failures), and a better basis for operational decisions (one consistent data picture instead of scattered reports).