High-quality services from qualified specialists
Design, calculations and feasibility studies
High-quality services from qualified specialists
Design, calculations and feasibility studies
High-quality services from qualified specialists
Design, calculations and feasibility studies
Modeling and design department
Modeling and design department
Modeling and design department
Research of power systems in PowerFactory DIgSILENT software:
Research of power systems in PowerFactory DIgSILENT software:
Research of power systems in PowerFactory DIgSILENT software:
Calculations of load flow of power systems of all voltage classes;
Integration of RES and ESS into power systems;
Calculations for connecting loads and power plants to the power system;
Design of RES control systems;
WAMS/WAGS. Smart Grid, Demand Response.
Calculations of load flow of power systems of all voltage classes;
Integration of RES and ESS into power systems;
Calculations for connecting loads and power plants to the power system;
Design of RES control systems;
WAMS/WAGS. Smart Grid, Demand Response.
Calculations of load flow of power systems of all voltage classes;
Integration of RES and ESS into power systems;
Calculations for connecting loads and power plants to the power system;
Design of RES control systems;
WAMS/WAGS. Smart Grid, Demand Response.
Feasibility study of energy projects
Feasibility study of energy projects
Feasibility study of energy projects
Strengthening the power system of all voltage classes, designing high voltage power lines and substations;
Construction of solar and wind power plants, taking into account energy storage installations;
Construction of industrial facilities, factories.
Strengthening the power system of all voltage classes, designing high voltage power lines and substations;
Construction of solar and wind power plants, taking into account energy storage installations;
Construction of industrial facilities, factories.
Strengthening the power system of all voltage classes, designing high voltage power lines and substations;
Construction of solar and wind power plants, taking into account energy storage installations;
Construction of industrial facilities, factories.
Wind and solar campaign department
Wind and solar campaign department
Wind and solar campaign department
Wind and solar monitoring
Wind and solar monitoring
Wind and solar monitoring
Wind and solar monitoring is performed to assess the potential of wind resources and solar radiation at the selected site.
The purpose of wind monitoring is to determine the expected electricity generation and investment attractiveness of the project in the region. For measurements, measuring systems are installed — wind measuring masts (VIM) or alternative measuring complexes (LIDAR). The type and configuration of the equipment are determined by the purpose of the study and the parameters of the planned wind farm.
Solar monitoring is carried out using ground-based solar radiation measurement systems, which are necessary for evaluating the effectiveness of solar power plants.
Measurements are carried out continuously for 12 months (up to 18 months if necessary) to obtain representative statistics.
At the end of the measurement campaign, the data is processed and verified, after which a Bankable Report is generated.
Wind and solar monitoring is performed to assess the potential of wind resources and solar radiation at the selected site.
The purpose of wind monitoring is to determine the expected electricity generation and investment attractiveness of the project in the region. For measurements, measuring systems are installed — wind measuring masts (VIM) or alternative measuring complexes (LIDAR). The type and configuration of the equipment are determined by the purpose of the study and the parameters of the planned wind farm.
Solar monitoring is carried out using ground-based solar radiation measurement systems, which are necessary for evaluating the effectiveness of solar power plants.
Measurements are carried out continuously for 12 months (up to 18 months if necessary) to obtain representative statistics.
At the end of the measurement campaign, the data is processed and verified, after which a Bankable Report is generated.
Wind and solar monitoring is performed to assess the potential of wind resources and solar radiation at the selected site.
The purpose of wind monitoring is to determine the expected electricity generation and investment attractiveness of the project in the region. For measurements, measuring systems are installed — wind measuring masts (VIM) or alternative measuring complexes (LIDAR). The type and configuration of the equipment are determined by the purpose of the study and the parameters of the planned wind farm.
Solar monitoring is carried out using ground-based solar radiation measurement systems, which are necessary for evaluating the effectiveness of solar power plants.
Measurements are carried out continuously for 12 months (up to 18 months if necessary) to obtain representative statistics.
At the end of the measurement campaign, the data is processed and verified, after which a Bankable Report is generated.
Wind monitoring and solar resources:
Wind monitoring and solar resources:
Wind monitoring and solar resources:
· Supply and installation of the mast in accordance with IEC 61400-12-1;
· Supply and installation of meteorological measuring equipment and data recorders, including commissioning;
· Supply and installation and commissioning of LiDAR;
· Organization of data storage, monitoring and collection;
· Bankable report based on wind measurement data;
· Calculations of annual energy production and calculations of optimal layout in WindPro and PVSyst;
· Supply and installation of solar radiation measurement systems;
· An analytical report based on solar radiation measurements.
· Supply and installation of the mast in accordance with IEC 61400-12-1;
· Supply and installation of meteorological measuring equipment and data recorders, including commissioning;
· Supply and installation and commissioning of LiDAR;
· Organization of data storage, monitoring and collection;
· Bankable report based on wind measurement data;
· Calculations of annual energy production and calculations of optimal layout in WindPro and PVSyst;
· Supply and installation of solar radiation measurement systems;
· An analytical report based on solar radiation measurements.
