Wind Resource
The site needs a usable wind resource before wind generation should be considered as part of the hybrid system.
50 KW · WIND-SOLAR HYBRID
Wind and solar, evaluated as one power system.
Wind-solar hybrid projects combine different renewable generation profiles within the same site or distributed power architecture. The 50 kW electric yaw wind turbine can be evaluated as the wind-generation component of that broader project.
WIND-SOLAR HYBRID IMAGE
50 kW · WIND-SOLAR HYBRID POWER
01APPLICATION CONTEXT
Combine resources, not assumptions.
Wind and solar behave differently across time, weather and seasons. A hybrid project should therefore begin with the actual resource data, load profile and electrical architecture rather than assuming that simply combining two generation technologies will improve the project.
PROJECT PRINCIPLE
Wind should be added to a solar-based system only when the local wind resource and project conditions justify its role within the overall generation architecture.
02PROJECT CONDITIONS
Where wind can complement solar.
The value of a hybrid architecture depends on how wind resource, solar resource, site demand and system configuration interact at the actual project location.
Solar Resource
Existing or planned solar generation should be evaluated alongside wind rather than treated as a separate project.
Load Profile
The timing and scale of power demand influence how multiple generation sources may contribute to the site's energy architecture.
System Architecture
Controllers, power conversion, grid condition and any third-party storage or conventional generation should be evaluated as part of the complete project topology.
0350 kW PLATFORM
ELECTRIC YAW WIND TURBINE
A 50 kW wind platform for hybrid projects.
The FD14-50 kW platform combines a 14 m rotor, electric yaw control and project-based system configuration for distributed wind applications, including projects where wind is evaluated alongside solar generation.
04HYBRID SYSTEM CONSIDERATIONS
The value comes from the system architecture.
Wind and solar should be evaluated together with power conversion, site demand, grid conditions and any other project-side energy resources.
01Wind Generation
Wind-resource data should be reviewed to determine whether the 50 kW turbine has a meaningful role within the project.
02Solar Generation
Solar capacity and expected generation profile should be considered alongside the site's wind conditions.
03Controller & Power Conversion
Electrical interfaces and power-conversion equipment should be selected according to the intended hybrid architecture.
04Grid, Storage & Other Sources
Grid connection, third-party storage or conventional generation may form part of the project, but their specific integration requirements should be confirmed separately.
05Site & Local Requirements
Tower, foundation, installation, electrical standards, permitting and certification requirements depend on the actual project location.
06PROJECT ENGINEERING
50 kW · WIND-SOLAR HYBRID
Start with both resources.
Share the project location, available wind and solar data, load profile, grid condition and intended system architecture. MARSTON POWER can review the role of the 50 kW wind platform within the broader hybrid project.