D.A.F. what it is and what it does

"The Dynamic Adaptive Filter" D.A.F.
It is an innovative technology that promises to revolutionize electrical energy management. Its main function is to clean electrical currents from various unwanted elements, such as reactive current, harmonics, phase imbalances and phantom currents.
By reducing energy losses and protecting equipment, the DAF helps save money and increase system efficiency. In addition, its innovative design integrates the functions of several pieces of equipment into one, making it the most efficient and compact solution on the market.
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D.A.F. offers a number of unrivalled advantages:

D.A.F. technology represents a quantum leap in energy efficiency, synergistically complementing existing renewable energies. Designed to maximize the performance of any energy system.
Drastic cost reduction

By optimizing processes and minimizing energy losses, D.A.F. enables unprecedented savings levels to be achieved, far exceeding what traditional solutions offer.

Versatility and compatibility

D.A.F. integrates seamlessly with any type of renewable or conventional energy, boosting its capabilities and significantly improving the final results.

Easy implementation

Thanks to its compact and modular design, D.A.F. can be installed quickly and easily in
any production plant or industrial facility, without requiring structural modifications or interruptions in operation.

Cutting-edge technology

D.A.F. is a state-of-the-art digital solution, combining high-precision hardware with intelligent software to provide
precise control and optimized energy management.

Safety and reliability

D.A.F. is a robust and safe technology that does not damage existing installations or equipment. On the contrary, it prolongs the useful life of engines and reduces noise, guaranteeing optimal and long-lasting operation.

Continuous efficiency

With D.A.F., energy optimization is constant and 24 hours a day, maximizing production and minimizing operating costs.

Environmental impact

By reducing energy consumption and emissions, D.A.F. contributes to environmental sustainability and the fight against climate change.

HOW DOES D.A.F. ACHIEVE THIS?

1. Smart Software:

The heart of D.A.F. is highly sophisticated software capable of analyzing the characteristics of the electric current in real time. This software detects and quantifies unwanted elements present in the current.

2. Instant Adaptation:

Once problems are identified, the software reacts almost instantly (in less than a
millisecond) by adjusting system parameters to compensate for these unwanted elements.

3. Continuous Optimization:

D.A.F. works continuously,
adapting to variations in load and power grid conditions. This ensures constant optimisation of power quality.

ADVANTAGES OF D.A.F. OVER TRADITIONAL SYSTEMS

1 - Longer equipment life:

Improved power quality thanks to D.A.F. extends the life of electrical equipment by reducing stress on components and minimizing breakdowns.

2 -Greater network stability:

D.A.F. contributes to stabilising the power grid by reducing voltage fluctuations and improving the quality of energy supplied to consumers.

3 - Reducing energy losses

By eliminating reactive current and harmonics, DAF reduces energy losses in transmission and distribution lines.

4 - Greater efficiency:

By removing unwanted elements from the stream, D.A.F. significantly improves the power factor, resulting in lower energy consumption and reduced energy costs.

5 - Lower environmental impact:

By reducing energy consumption, D.A.F. contributes to reducing greenhouse gas emissions.

6 - Cutting-edge technology

Old capacitors are eliminated and artificial intelligence is implemented

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Why is D.A.F. superior to traditional condensers?

Faster response:

Traditional capacitors have a slower and limited response to variations in load, while D.A.F. adapts instantly.

Greater flexibility:

D.A.F. can adapt to different types of loads and network conditions, while condensers have a more limited application.

Greater precision:

D.A.F. can compensate for a
wide range of waveform distortions, including reactive by correcting the power factor from 0 to 1, meaning it eliminates 100% of reactive current, while capacitors can only correct limited reactive current. Leaving a percentage that is not penalized but is applied to the total current rate in addition to
adding the consumption of the capacitors themselves

energy consumption

"The DAF is an electronic device without capacitors that consumes 170W to correct its power factor and eliminate reactive energy.
While batteries use capacitors and these components are charged and discharged cyclically, generating energy losses inherent to the process. Consequently, the energy consumed by the capacitors to compensate for the reactive energy is similar to the corrected reactive energy, which implies an unfavorable energy balance."

In summary

D.A.F. offers a more efficient, flexible and precise solution to improve power quality compared to traditional capacitor-based systems. Its ability to adapt in real time to changing grid conditions makes it a very promising technology for the future.

Less maintenance:

D.A.F. requires less maintenance than traditional condenser banks.

Key benefits for the company

INCREASED
PROFITABILITY:

Significant reduction in energy costs and optimization of production processes.

IMPROVING
COMPETITIVENESS:

Access to cutting-edge technologies and market differentiation.

Together we can

Reduce the carbon footprint and meet sustainability goals.

Maximize the performance of your renewable energy facilities.

Increase your competitiveness in the market.

Our experience and
our team of experts are at your disposal to support you in this process.

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