About Us
Wind Technology
- Wind Turbine Technology
  
  Ryse Energy is a primary manufacturer of wind turbines, with our range of products from 3-60kW capacity, making our portfolio of wind technology the most diverse in the sector. Manufacturing is performed in the UK and Spain, with facilities in India and the UAE coming soon.
- E-RANGE
  E-3
  E-5
  E-10
  E-20
  E-60
  G-RANGE
  GW-133
  G-11
  G-20
  N-RANGE
  N-10
  N-55
- E-3
  
  3 kW HAWT designed for off-grid and telecom applications.
  Read More
  
  E-5
  
  5 kW HAWT designed for off-grid and telecom applications.
  Read More
  
  E-10
  
  10 kW HAWT designed for high wind speeds.
  Read More
  
  E-20
  
  20 kW HAWT designed for high wind speeds.
  Read More
  
  E-60
  
  60 kW HAWT designed for medium wind speeds.
  Read More
  
  G-11
  
  11 kW HAWT designed for low to medium wind speeds.
  Read More
  
  G-20
  
  20 kW HAWT designed for low to medium wind speeds.
  Read More
  
  GW-133
  
  10 kW HAWT with ClassNK Certification.
  Read More
  
  N-10
  
  10 kW VAWT designed for turbulent wind areas.
  Read More
  
  N-55
  
  55 kW VAWT designed for turbulent wind areas.
  Read More
  
  E-Range
  
  Our E-Range includes 3-blade horizontal axis turbines of 3 - 60 kW which are designed to the IEC 61400-2 Class I and II specifications, in order to safely operate in medium to high wind speeds.
  Read More
  
  G-Range
  
  Our G-Range turbines have a simple but effective 2-blade horizontal axis design with a rated output of 10 – 20 kW, which are optimum for low to medium wind speeds.
  Read More
  
  N-Range
  
  Our N-Range utilizes a vertical axis configuration which can be applied in urban areas and in conditions where turbulent wind precludes the use of traditional horizontal axis wind turbine designs or space is limited.
  Read More
Solar & Hybrid
Services
- Consultation, Design & Installation
- Operations, Maintenance & Monitoring
Experience
- Deployed Sectors
- Case Studies
Media
Contact Us

Lorem Ipsum

View Larger Image

Lorem Ipsumadmin2020-05-22T12:46:52+01:00

Project Description

Project Details