1
Aligns data to the same hour
OSOS, EPYS, inverter and meter data are placed on the same timeline. For each hour the system reads production, consumption, energy fed to the grid and drawn amounts together.
Licensed · unlicensed power plant management
Don't just monitor your power plants — make the right economic decision every hour.
ENOPTIMAL brings hourly netting, revenue optimization, live monitoring and theoretical-vs-actual production analysis for solar, wind, hydro, biomass and biogas plants together in a single operations center.
SolarWindHydroBiomassBiogasLicensedUnlicensed
Hourly netting
24/7
Hour-based calculation for solar, wind, hydro and biogas
Plant coverage
7 types
Licensed and unlicensed generation facilities
Revenue optimisation
PTF + limit
The sales limit is shifted to the most profitable hours
Performance analysis
Theoretical/Actual
Losses, alarms and revenue impact together
Live production
Multi-source portfolio
☀️
Solar
💨
Wind
💧
Hydro
🌿
Biomass
♻️
Biogas
Platform screens
Your field-performance and live-monitoring screens are central to the product story.
The page presents theoretical-versus-actual production and inverter alarms through visual dashboards.
Field Performance Assessment
1,000 kW Solar Plant - Theoretical vs Actual Production
Simulation mode compares loss rate, theoretical production and actual production with demo data.
Theoretical Production
5.77 MWh
Actual Production
4.84 MWh
Performance Ratio
83.95%
Loss Ratio
16.05%
Hourly Production Comparison
TheoreticalActual
Live Monitoring
Real-time production and status information for all plants
All Plants60s
Total Instant Power
50 kW
/ 2.585 kWp
Today’s Production
286,6 kWh
live meter
Online / Total
1 / 9
2% capacity
Active Alarms
6
attention needed
Power Flow
PV
50 kW
Inverter
DC → AC
Grid
50 kW
Today’s Production Curve
Recent Alarms
View AllInverter Fault
Inverter-5 Field
Insulation Fault
Inverter-2 Warehouse Area
DC Overvoltage
Inverter-1 Main Building
High Temperature
Inverter-2 Warehouse Area
Hourly netting engine
The system decides by matching production and consumption within the same hour.
Every hour is read separately: netting, the sales limit and uncompensated energy risk are clearly separated.
2
Calculates netting hour by hour
For every hour it clearly separates whether production covered consumption, which sales limit surplus energy should be booked against, or whether it slipped into the uncompensated zone.
3
Optimises the sales limit
The limit is planned to be used in the most efficient and most profitable hours. The system thus presents you the most optimal solution among scenarios.
4
Shows the result as revenue and risk
Sold energy, netted consumption, avoided loss, uncompensated energy risk and optimised revenue are tracked in one table.
Smart limit and inverter management
The sales limit is planned around the most profitable hours.
The system evaluates the sales limit, hourly consumption, production forecast, PTF impact and field status together. It calculates in which hours using the limit brings more revenue, compares alternative scenarios and recommends inverter actions according to this most optimal plan.
Optimises using the sales limit in the most efficient and most profitable hours.
Reads PTF, the consumption profile and the production forecast together to present the most optimal solution.
Makes uncompensated energy risk and opportunity cost visible as the limit approaches full.
Recommends inverter setpoints to the operations team based on the chosen limit strategy.
Control loop
Production - consumption - PTF - limit
Most profitable sales hour12:00 - 14:00
Sales limit usageoptimised
10:00
Hold
11:00
Prepare
12:00
Use
13:00
Use
14:00
Reduce
15:00
Protect
Recommended solutionthe most optimal plan
Instead of spending the sales limit in low-yield hours, the system reserves it for high-yield hours; if needed, it recommends inverter setpoint control according to this plan.
Field performance
The gap between theoretical and actual production turns into operational action.
Even if the plant appears to have produced well, an inverter or string may be running below expectation. ENOPTIMAL calculates expected production, compares it with actuals and shows where the loss begins.
Inverter-level live tracking
Each inverter's instantaneous power, daily production, connection status and performance deviation are monitored separately. Lost communication or unexpected power drops land on the operations screen.
String-level performance checks
Strings under the same inverter are compared; the likelihood of soiling, shading, fuse failure or panel problems becomes visible early.
Theoretical vs actual production analysis
Expected production is calculated from irradiance, installed capacity, past performance and weather conditions; the gap to actual production is tracked down to its revenue impact.
End-to-end management
Real optimisation starts when production management talks to consumption data.
This page no longer describes just a production chart. The platform gathers solar production matched with consumption subscribers, the hourly netting result, inverter operating decisions and the financial impact in the same management layer.
- Data: meter, OSOS/EPYS, inverter and string measurements are placed on one timeline.
- Calculation: hourly production-consumption matching separates netted, sold and uncompensated energy.
- Control: inverter power management and field alarms are prioritised by economic outcome.
- Reporting: net revenue, avoided loss, optimised revenue and performance deviation are tracked.
app.enoptimal.com
Production · Consumption · Revenue
Financial summary after hourly netting
Total Production
1.878.856,60kWh
Net Revenue
₺1.260.193,06
Avoided Loss
₺369.373,94
Optimized Revenue
₺1.629.567,00
Monthly Profit/Loss Trend
Revenue, avoided loss and optimized revenue
Guides
Related guides
Expert blog articles on electricity invoices, OSOS, consumption and regulation.
Generation & SolarAugust 28, 2026·13 min
Mistakes that book unlicensed generation as unpaid YEKDEM
The plant runs; the cash stops. Contract power, the load link and the 2× cap can write a month to unpaid YEKDEM. On 1 MW an illustrative 586 thousand TL — the file decides, not this page.
ReadGeneration & SolarAugust 25, 2026·14 min
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ReadEnergy ManagementAugust 16, 2026·12 min
PTF spread 2026: noon 300, evening 3,800 — how to read the bill and solar revenue
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ReadProduction & SolarMay 19, 2026·17 min
Hourly netting 2026: what GES operators must know
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ReadRegulationAugust 16, 2026·12 min
What is the contracted-capacity excess penalty? 2026 transmission tariffs, regions and calculation
TEİAŞ contracted-capacity excess is a capacity breach. EMRA 14204, 15 tariff regions, Method Notice 4.9/4.14 and the 2× penalty formula — July 2026 worked example.
ReadProduction & SolarMay 23, 2026·8 min
10-year distribution fee rules for unlicensed generation (2026)
How the long distribution-fee framework affects unlicensed plant economics.
ReadEnergy ManagementMay 25, 2026·14 min
What is energy management: consumption and generation
Unifying OSOS, invoices and alerts so energy decisions stay operational.
ReadProduction & SolarJune 9, 2026·12 min
Turkey’s 2026 renewable turning point
Policy and market shifts—hourly netting, storage and portfolio strategy.
ReadSee production management live
Request a demo or check pricing and our team will plan a presentation tailored to you.