NEWS

The project aims to detect and classify hazardous conditions that may occur in electrical distribution networks, and to analyze their root causes in order to develop both preventive and corrective measures. The ultimate objective is to enhance personnel safety as well as the operational reliability of the power system.

We are thrilled to announce our new project “Power System Analyses for Secure Power Export from Turkmenistan to Afghanistan” with Çalık Enerji in Turkmenistan.

The analyses include the following studies:

  • Load flow analysis
  • Short-circuit analysis (IEC 60909)
  • Interconnection line reactive power compensation requirement analysis
  • Switching overvoltage analysis
  • Voltage stability analysis
  • Transient stability analysis
  • Special protection system requirement analysis

We are thrilled to announce our new project “Grid Connection Analyses of 240 MW Sunrise PV Solar Power Plant in Azerbaijan” with Intec in Azerbaijan.

The analyses include the following studies:

  • Load flow analysis to check design ratings
  • Short-circuit analysis (IEC 60909) to check design ratings
  • Reactive power compliance assessment
  • Evaluation of active & reactive control modes
  • LVRT & HVRT assessment
  • Power Quality studies
  • Protection coordination
  • Arc flash analysis
  • Lightning protection risk assessment
  • Insulation coordination
  • Grounding study analysis

We are happy to continue contributing secure and reliable transition of the Azerbaijan power system.

We are excited to announce our new project with 3AB Enerji ve Sanayi Tesisleri Ticaret A.Ş.: Isolation Coordination of Naovi 3 Power Plant – Uzbekistan

We are thrilled to announce our new project “Grid Code Compliance Analyses of 40 MW Lachendorf PV Solar Power Plant in Germany. The analyses include the following studies:

  • Load flow analysis to check design ratings
  • Short-circuit analysis (IEC 60909) to check design ratings
  • Reactive power compliance assessment
  • Evaluation of active & reactive control modes
  • LVRT & HVRT assessment
  • Protection coordination
  • Lightning protection risk assessment
  • Insulation coordination
  • Grounding study analysis
  • Auxiliary load calculation report

We are happy to continue contributing secure and reliable connection of renewables to grids worldwide.

We are thrilled to announce our new project “Grid Connection & Grid Code Compliance Analyses of Mega Solar PV Projects (315 MW Banka & 445 MW Bilasuvar Solar PV)” with NVVEPDI in Azerbaijan.

The analyses include the following studies for both mega PV solar projects:

  • Grid impact of the Solar PV Power Plants (static / steady state & dynamic / stability & protection coordination)
  • Reactive power capacity compliance
  • Low-Voltage-Ride-Through (LVRT) compliance
  • Active power control & response compliance
  • Frequency control & response compliance
  • Power quality measurements & impacts to grid
  • Protection coordination design analysis of the power plants

Grid code compliance of MEGA renewable projects is important for the secure and reliable transition of power grids. We are happy to contribute such a secure and reliable transition of the Azerbaijan power system.

We performed several meetings in the scope of kick off meetings of our new project with Arup and Azerisiq. Many thanks to Azerisiqi particularly Aras Bey, Hikmet Bey, and Mubariz Bey for the productive meetings and hospitality.

Saves Enerji preferred quality of EPRA Energy like many renewable energy investment companies in Türkiye.

Modeling and simulation studies will be performed with #DIgSILENT #PowerFactory in the scope of the grid code compliance analyses of the 94 MW Cemre Storage Solar Power Plant.

We are happy to support secure and reliable energy transformation of our grid.

We are thrilled to announce that EPRA Energy is qualified by the @Masdar Azerbaijan Energy LLC (owned by Masdar (Abu Dhabi Future Energy Company) for the Low Voltage Ride Through (LVRT) & Frequency Control (FC) Analyses of the 230 MW Garadagh – Solar Power Plant in Azerbaijan.

The study, which will be performed with DIgSILENT PowerFactory, will investigate LVRT and FC capabilities of the SPP in terms of the Azerbaijan Grid Code and Power Purchase Agreement (PPA) of the plant.

Both LVRT and FC capabilities of the SPPs and Wind Power Plants (WPP) are getting more and more critical for the security and reliability of both renewable power plants and the power grids along with the increase in the penetration level of the SPPs and WPPs.

We are happy to support secure and reliable transition of the Azerbaijan power grid through advanced modeling and analyses in the scope of integration of renewables and battery storage systems (BESS).