Innovation and Vanguard

INNOVATION AND VANGUARDIA IN MINIEÓLICA

"R & D & i Research Development & Innovation"

These words are commonly used, but in few cases are they as real as in the case of Enair. Our technology goes far beyond an improvement in the electrical system or the change of a certain part. At Enair we have invested in the best network of professionals available at the international level to create the best Small Power Wind Turbines in the market .

"We use the technology of the large wind turbines"

Our wind turbines are optimized in Aerodynamics, electromagnetic generation, transducer control systems, safety factors, MPPT electronics, etc. Today this patented technology is rated "High Tech" because of the combination of efficiency and simplicity, which brings great value to the product.

Computational Dynamics of Fluids

Supercomputer Center

The simulations of our wind turbines require up to 3000 hours of calculation of 200 computers in parallel.

Noise reduction.

Aerodynamic profile optimization allows us to improve performance and reduce noise.

Profile analysis

Each blade design is divided into multiple sections obtaining different and specific profiles according to their work function.

Behavior based on the Pitch

Since our machines operate at a variable pitch angle, simulating the performance allows us to maximize their efficiency.

"The virtual wind tunnel"

There are no wind tunnels capable of testing wind turbines with a certain swept-area size. So these new techniques of simulation, are very interesting. They have a cleansing so close that guarantee us 98% of effectiveness. The main iconveniente of the same is the enormous amount of computer resources that require and computing time, but in accordance with the traditional techniques Which are based on making an installation and measuring it for 6/8 months, using CFD, is actually much faster and saves months testing.

These techniques are commonly used in aerospace, aeronautics and wind technology , but on a small scale speaking of minieology, there are very few companies in the world that are using Computational Fluid Dynamics to Improve the performance of their wind turbines, reduce noise, increase boot speeds and gain robustness.

IEC 61400-2

"The standard guarantees the safe operation of the product"

There are many products on the market today more quality is required. Manufacturers themselves grow when they see business opportunities. Precisely because of these two factors, the set of international standards of product regulation are born. These set requirements on manufacturers so demanding that they filter the product in a way that ensures that those products that comply with the standard will be much more secure, reliable and efficient What others.

Among the details of standard that are important to consider are some critics such as the fact that in particular this rule on miniele, requires in some of the components Security factors of 9 , This implies that the manufacturer must guarantee the component support 9 times of the maximum load of the machine in operation. . Guaranteeing this implies an incredible effort in engineering, design and materials, so that the final result is excellent.

The responsibility to do things well

What does a standard require to provide guarantees to the market?

More than 7,000 documents, with calculations of efforts and simulations, divided into the following points, are a small part of what is necessary:

1. General aerogenerator design
2. Design control procedure
3. Sistemas de control y protección del aerogenerador
4. Maximum loads and load case of each element
5. Wind turbine blades
6. Structural components
7. Electric components
8. Wraparound Structures
9. Component design evaluation tests
10. Foundation
11. Fabrication process
12. Transport process
13. Installation process
14. Maintenance process
15. Security of the staff

Each of these points is subdivided into has 25 more and this is the part of the sub-standard. In most sectors such as automotive or even large wind-compliant standards is required, but in the small wind sector there are actually few manufacturers in the world that meet these requirements And it is the market in this case the you must demand them if you want to get a quality product.

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QUALITY AND CONTROL

"Supervision and traceability"

Nuestro sistema productivo basado en el Outsourcing, genera que cada uno de las partes al llegar a fábrica y ser ensamblada es analizada verificando su funcionamiento y correcto ensamblaje dentro del conjunto final de la misma. La trazabilidad de cada pieza que nos proporciona el ERP, permite determinar de forma inequívoca el origen y partida de fabricación, llegando hasta los elementos más pequeños que componen el producto.

"Inspection and verification"

The parts of each supplier have a variable random sampling , checking each of the measurements and subjecting them to the most intense revisions. Through this control we guarantee the integrity of both the suppliers and the parts itself.

"Productive engineering"

The Engineering department, works together with each of the production centers , continuously looking for new manufacturing processes that allow to increase capacity, reduce costs and improve quality > Final. For this, the use of new materials, as well as the design of special tools and above all the proximity and the close relations each collaborator have final result is optimum.

"Quality and Service System ISO 9001"

Our ISO 9001 quality system is determined for manufacturing, installation, sale and distribution of wind turbines and renewable energy systems . The ERP responsible for this has been developed internally and allows us to control from the offers, to the accounting system and production capacity all remotely And customizable for each user and / or client.

Innovation and Vanguard