Wind Resource
The site needs a usable and sufficiently consistent wind resource before a wind project can be evaluated.
50 KW · REMOTE SITE APPLICATION
50 kW wind power for remote sites.
Remote power projects are shaped by wind resource, grid access, site logistics, electrical architecture and operating requirements. The 50 kW electric yaw platform should be evaluated against the actual site and project conditions.
50 kW · PROJECT-BASED WIND POWER
01
APPLICATION CONTEXT
Start with the site, not the turbine.
A remote location does not automatically make wind power economical. Wind resource, load profile, installation conditions, grid access and lifecycle cost all influence whether distributed wind is appropriate.
PROJECT PRINCIPLE
A 50 kW wind turbine should be evaluated against the actual site rather than selected by rated power alone.
02
PROJECT CONDITIONS
When wind begins to make sense.
The commercial and engineering case depends on the interaction between the wind resource, power demand, grid condition and project environment.
Limited Grid Access
Grid extension may be difficult, expensive or unavailable at some remote project locations.
Distributed Generation
Local generation can be evaluated where centralized power supply is constrained or project-specific generation is required.
Hybrid Energy Architecture
Wind may be evaluated alongside solar, third-party storage or conventional generation depending on the project topology.
03
50 kW PLATFORM
ELECTRIC YAW WIND TURBINE
A 50 kW electric yaw platform.
The FD14-50 kW platform combines a 14 m rotor, electric yaw control and project-based system configuration for distributed wind power applications.
04
SYSTEM CONSIDERATIONS
The turbine is only one part of the system.
Controller, power conversion, site conditions, tower requirements and local electrical standards should be considered together during project evaluation.
01
Wind Resource
Available wind data should be reviewed before turbine selection or system sizing.
02
Grid Condition
Grid availability and connection requirements influence the electrical architecture of the project.
03
Controller & Power Conversion
Control and power-conversion equipment should be selected according to the intended operating configuration.
04
Site & Installation
Tower, foundation, transport, lifting and installation requirements depend on the actual project site.
05
Local Requirements
Electrical standards, grid requirements, permitting and certification needs should be confirmed locally.
06
PROJECT ENGINEERING
50 kW · PROJECT ENGINEERING
Start with the site.
Share the project location, available wind-resource information, grid condition, target load and intended system architecture. MARSTON POWER can review the requirements before discussing turbine and power-conversion configuration.