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We are working with prestigious research institutes to develop next-generation cold plates.

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Autonomous communication modules

ETRNL133AS-LORA

Energy Harvesting Calculator


Duty cycle ref (s)
Duty cycle (%) 5
Peak power (W)
Sleep power (W)
Resistance (Ohm)

Exposing time (s)
Sunlight power (W/m²)
Electric conversion (%) 15
Energy supplied (%) 50

Nominal tension (V)
Battery life (Ah)
Monthly discharge (%) 1

Stored energy (%) 50
Scattered current (A)
Auto discharge (V/s)
Nominal tension (V)
Working time (s)





Soluzioni

  • Recupero Energetico
  • Gestione Termica
  • Batterie Smart

Prodotti

  • Alimentatori autonomi
  • Moduli di comunicazione autonomi
  • Accumulatori di vibrazioni
  • Accumulatori di radiofrequenze
  • Piastre fredde
  • Dissipatori di calore
  • Gemello termico digitale
  • Sensori intelligenti di batteria
  • Accumulo di energia ibrido

La nostra Azienda

  • Il nostro credo
  • Il nostro impegno sostenibile
  • Il nostro team
  • Carriera
  • Investitori
  • Per un futuro sostenibile
  • Partner

Notizie

Koral Technologies Srl
Via Roberto da Sanseverino 95 – 38122
Trento (Italy)

+39 335 6413584

info@koraltechnologies.com

Copyright © 2024 Koraltechnologies Srl. All rights reserved.
VAT number 02529900223

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Thermal management

The optimal thermal management of electronics is of fundamental importance to guarantee its nominal performance and to preserve its functionality under operation. We are developing advanced thermal management technologies with the aim to increase the energy efficiency of energy-intensive electronics products. 

Advanced manufacturing – only through advanced manufacturing technologies, we can optimise the available space and achieve high power-to-weight and/or power-to-volume ratios.

Precisely optimised – by exploiting advanced design and optimisation algorithms, we achieve the best possible cooling performance also in presence of a non-uniform or non-constant heat generation.

Wet and dry – we are working on both liquid and air-based cooling solutions, and also on a hybrid platform that can work at the same time in both conditions.

Flexible – our thermal management solutions are designed for a variety of applications in the aerospace, automotive and industrial sectors, but we can satisfy the needs of the client also through customised solutions.

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Sensori edifici smart

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Smart battery technologies

We are developing flexible sensing platforms to be integrated in battery cells and battery packs, in order to monitor the state of health (SoH) and the operative conditions. These innovative sensors allow:

– to increase the safety of the battery pack, because it is possible to detect in advance potential wrong operations or critical scenarios, such us those responsible for fires;

– to increase the performance, thanks to a constant monitoring of the SoH and thus to increase the battery life;

– to reduce costs, both for the integration of the sensors themselves and for the maintenance or substitution of the battery pack. We are also developing innovative UPS (Uninterruptible Power Supplies) based on Li- ion supercapacitors and fuzzy logic, for a reliable supply of energy in critical conditions. Our supercapacitors offer a longer life and faster recharge times with respect to batteries. In addition, we are developing hybrid energy storage products that combine the strengths of supercapacitors with those of batteries: high power and high energy density at the same time. Our products are flexible, because they can be easily integrated in smart grids or in standalone applications, and with different performance and size ranges.

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Energy harvesting

The environment in which industrial and consumer devices operate is full of various energy sources that are normally lost: light, heat, vibrations, electromagnetic waves, etc. We are building energy harvesting platforms for making the energy available in the environment usable for end-user applications.

Battery-support – our energy harvesting technologies can be used either to support the use of a battery (e.g., by extending its duration), or to completely replace it thus avoiding the use of scarce raw materials.

Modular – by working on a modular platform, we are able to work with different energy sources and for various applications, with different power range, duty cycle, environment characteristics, etc.

Low-cost – our technologies are based on certified off-the-shelf components and our design is optimised to reach the best performance at the lowest possible cost for the client. 

Flexible – flexibility denotes in our case not only the possibility to realise energy harvesting with flexible electronics, but it derives directly from modularity: we can satisfy the needs of the client also through customised solutions.

Contact Us

Thermal management

The optimal thermal management of electronics is of fundamental importance to guarantee its nominal performance and to preserve its functionality under operation. We are developing advanced thermal management technologies with the aim to increase the energy efficiency of energy-intensive electronics products. 

Advanced manufacturing – only through advanced manufacturing technologies, we can optimise the available space and achieve high power-to-weight and/or power-to-volume ratios.

Precisely optimised – by exploiting advanced design and optimisation algorithms, we achieve the best possible cooling performance also in presence of a non-uniform or non-constant heat generation.

Wet and dry – we are working on both liquid and air-based cooling solutions, and also on a hybrid platform that can work at the same time in both conditions.

Flexible – our thermal management solutions are designed for a variety of applications in the aerospace, automotive and industrial sectors, but we can satisfy the needs of the client also through customised solutions.

Contact Us