Primary Energy Production Plant + Supportive Energy Production Plant
Wind Power Plant
Geothermal Power Plant
Hydroelectric Power Plant
Conventional Power Plant
Bio Mass/Gas Power Plant
Cogeneration/Trigeneration Power Plant
Wind Power Plant
Hybrid Wind Power Plant
More energy production compensating the mechanical/production losses
More stable grid integration
Better V-f control thanks to Solar Power Plant
Maximum production when no/low wind regime
Benefit from the existing transformer and ETL
Geothermal Power Plant
Hybrid Geothermal Power Plant
More energy production compensating the mechanical/production losses
Efficient use of available land/roof area within the GPP site
Compensation of Internal demand such as wellhead pump, re-injection pump, cooling water pump, cooling tower fans, vacuum pump
Hydroelectric Power Plant
Hybrid Hydroelectric Power Plant
More energy production compensating the mechanical/production losses
PV modules on the water = Cooler PV modules = ~15% higher energy production
Less evaporation (up-to 50%) of water covered by the floating platform = Higher energy production
Conventional Power Plant
Hybrid Conventional Power Plant
More energy production compensating the mechanical/production losses
Efficient use of available land/roof area within the CPP site
Lower/compensated operational costs
Lower/zero –definitely minimized – greenhouse gas emissions
Introduction of renewables with conventional systems and their operators
Bio Mass/Gas Power Plant
Hybrid Bio Mass/Gas Power Plant
More energy production compensating the mechanical/production losses
Efficient use of available land/roof area within the BPP site
Cogeneration/Trigeneration Power Plant
Hybrid Cogeneration/Trigeneration Power Plant
More energy production compensating the mechanical/production losses
Efficient use of available land/roof area within the power plant site
Why HPP should be installed?
Maximum benefit from the existing transformer and ETL.
More energy production compensating the mechanical/production losses.
Sustainable energy production event the production is less or not possible in the primary power plant.
Lower LCOE for whole hybrid power plant when compared to the primary power plant.
Efficient use of available land/roof area within the BPP site.
Better V-f control thanks to Solar Power Plant.
System Phases
360 Value Engineering
Analysis and Size/Capacity Optimisation
Solutions for Solar PV installation
Solutions for Grid Integration
Solutions for Remote Monitoring and Reporting
KONAR Differences on the Hybrid Systems
Industrial Automation experience of 25 years
EPC Experience on 100+ MWp Solar Power Plant
Remote Monitoring and Reporting via Artificial Intelligence
O&M Services for 150+ MWp Solar Power Plant
Finance Solutions for Investments
Sine Qua Non! - O&M
Sustainable cash flow
Low ROI
Inspections according to ISO 9001:2015
O&M according to IEC 62446-2
Efficient O&M approach
Continuous viewing
Continuous monitoring
Periodic maintenance
Predictive and corrective maintenance
Cleaning
Monitoring and information storage according to IEC61724
Regular reporting in the requested periods (monthly, quarterly, etc.)
SCADA / Hybrid & Power Plant Controller (HPPC)
According to the requirements of EMRA/TETCO, National Grid Code and Appendix-18;
An advanced hybrid control algorithm
Active power control
Frequency response
Reactive power capacity and control
An Interactive and quick SCADA&Control system that has its own controller but also has the related algorithms and in coordination with Solarify platform & datalogger
Generate More Energy with Artificial Intelligence in Solar Power Plants!
SOLARIFY gives the answer to ‘‘ What did my plant produce today
You may estimate the production according to the meteorological values that take place every 5 minutes.
With the mobile version, you may access Solarify from anywhere while simultaneously monitoring the performance of all your power plants on large screens.
SOLARIFY models all inverters, strings and mppts of inverters according to them, and determines decay with 98% accuracy over these models.
The IEC standard metrics of each power plant (performance ratio, temperature compensation performance ratio, Emreamadelik etc.) you can review daily, monthly and yearly at any time interval.
On the production page, you can easily see the powers generated by inverters and strings on a single map and identify problems.