Updated on January 24, 2024


Created on June 10, 2014

Bornay Inclin 600

Upcoming Update

The Bornay Inclin 600 is a dual-bladed wind turbine.

Developed By
  1. Bornay
Tested By
  • Bornay
Content Partners


Product Description

The Bornay Inclin 600 wind turbine designed to work in parallel with solar systems to support rural electrification, water pumping and telecom.

Target SDGs

SDG 7: Affordable and Clean Energy

SDG 8: Decent Work and Economic Growth

Market Suggested Retail Price


Target Users (Target Impact Group)

Household, Community

Distributors / Implementing Organizations

Bornay partners with various national distributors worldwide.

Competitive Landscape

Manufacturing/Building Method

The product is mass produced and available to ship within 24-48 hours.

Intellectural Property Type


User Provision Model

The Bornay Inclin 600 is available world wide though many distributors. It is not clear if turbines can be purchased directly from the company or only through distributors in each region/country. Bornay can ship to any point on the planet in 24-48 hours.

Distributions to Date Status

It is currently unknown how many units have been distributed, however it is estimate to be over 6,000.

Start up windspeed (m/s)


Power output, min (W at m/s)


Power output, max (W at m/s)

626 @ 14

Radius of movement (m)


Description of control system

Electronic regulator & Passive tilting

Design Specifications

The Bornay Inclin 600 has the following technical specifications: • Number of blades: 2 • Diameter: 2 m • Material: Fiberglass and carbon fiber • Direction of rotation: Counterclockwise *Electrical Specifications* • Alternator: Three phases, permanent magnet • Magnets: Ferrite • Nominal power: 600 w • Voltage: 12, 24, 48 v • RPM: @ 1000 • Regulator: 12 v 60 Amp; 24 v 30 Amp; 48 v 15 Amp *Physical Specifications* • Windturbine weight: 38 kg • Regulator weight: 7 kg • Packaging: 50 x 77 x 57 cm - 55 kg • Dimensions - weight: 104 x 27 x 7 cm - 4,7 kg • Total: 0,22 m3- 59,7 Kgr • Scope of supply: turbine, controller • Control and protection system: speed control, power Control, yaw Control, braking

Product Schematics

Technical Support

Bornay (telephone support available), distributors, and authorized installers Interview with representative

Replacement Components

Replacement components are also available through Bornay or via distributors Interview with representative


Lifecycle unknown, however the warranty for the Bornay 600 is 3 years.

Manufacturer Specified Performance Parameters

The wind turbine was designed to maximize energy production versus windspeed: • For turn on: 3,5 m/s • For nominal power: 11 m/s • For automatic brake system: 13 m/s • Survival: 60 m/s

Vetted Performance Status



There are some potential hazards during the operation (such as danger of proximity of the blades to objects, humans or wildlife), which can be prevented by using appropriate wiring and not letting the turbine run freely without connection to the battery.

Complementary Technical Systems

A hybrid energy system, such as a solar photovoltaic system, is beneficial in the event of low wind. Bornay also recommends combining solar power with a wind turbine and having a battery bank to store energy.

Academic Research and References

Ettoumi, F.Y., Adane, A.E.H., Benzaoui, M.L., Bouzergui, N., Comparative simulation of wind park design and siting in Algeria. Renewable Energy. 2008 Oct;33(10):2333-2338.

Bornay. n.d. environmental-expert.com.

Where to Buy Bornay Products | Bornay – En. n.d. www.bornay.com.

Bornay. 2014. Aerogenerador Bornay 600 Owner’s Manual: Installation, Operation, and Maintenance. www.boray.com. Castalla, Spain: Bornay.



Compliance with regulations

International standard ISO 9001, appliance standards under EC Directives: 89/392/CEE & 91/368/CEE, as well as the Normative of Security in Small wind turbines: UNE-EN-61400-2. Bornay's larger models have been tested with some others under CIEMAT-CEDER Spanish National renewable Energy center for distributed grids - but the 600 model was not part of these tests.

Evaluation methods

No details about the testing methods were provided.

Leave a Reply

Explore similar solutions


January 3, 2024

Azuri 15W Quad 600 Solar Home System

Read Solution

Implemented by

Azuri Technologies


February 22, 2024

Xinpeng Peanut Harvester 4HS-600

Read Solution

Implemented by

Weifang Public Machinery Co., Ltd.


January 24, 2024

Breezergy Micro Wind Turbine

Read Solution

Implemented by

SkyWind Energy GmbH


January 24, 2024

Piggott Axial Flux Alternator Wind Turbine

Read Solution

Implemented by

Hugh Piggott


January 24, 2024

Qr6 Vertical Axis Wind Turbine

Read Solution

Implemented by

VWT Power (QuietRevolution)


January 25, 2024

Rutland FM910-4 Furlmatic Windcharger

Read Solution

Implemented by

Marlec Engineering Company Ltd.


January 20, 2024

Flexi Biogas BG5

Read Solution

Implemented by

Biogas International Limited


January 21, 2024

MBSA Biogas Plant

Read Solution

Implemented by

Mali Biocarburant SA


January 21, 2024

Puxin PX-ABS-3.4M3

Read Solution

Implemented by

Shenzhen Puxin Technology Co. Ltd.


December 30, 2023

PowerPal T1 Turgo Micro-hydroelectric Generator

Read Solution

Implemented by

Asian Phoenix Resources Ltd.

All Solutions

Contribute to E4C's Library of Breakthrough Sustainable Development Technology Solutions

Suggest A Solution

Get more information about Solutions Library and its features.

Learn More

Have thoughts on how we can improve?

Give Us Feedback

Join a global community of changemakers.

Become A Member