ENERGY

Energy

energia

Consumption monitoring, analysis and complete energy audits.

We analyse installations from the point of view of energy consumption (invoice analysis, measurement by means of network analysers, etc.), energy consumption monitoring and forecasting, savings measurement and verification. Taking into account both electrical and thermal points of view we perform energy certifications of buildings, as well as enclosures analysis and suggestions for improvement.

Energy efficiency

We detect critical points in machines, installations and buildings, proposing energy demand improvements and optimisations. We try to minimise consumption and increase yield.

We provide advice on equipment regulation, the automation of installations and building automation.

Conventional and renewable energy installations

We provide advice for the optimisation of installations, proposing the integration of renewables to existing installations with a view to saving money and contributing
to the environment.

We help with the dimensioning of new energy installations, proposing the optimal combination of conventional and renewable energies (energy hybridisation): biomass, thermal solar, photovoltaic, wind, geothermal energy, etc.

Products

We look for and provide advice on new equipment and materials applicable to process and installations.

Improved processes by means of new technologies

We promote the application of new technologies to conventional processes and installations: aerial thermographic measurements taken by drones, air leakage measurement, robots with micro-cameras to clean pipes and detect leaks from the inside, blowerdoor tests, etc.

SPECIALIZATION

CONSUMPTION ANALYSIS AND ACCOUNTING AND ENERGY AUDITS

Analysis of energy invoices and consumption and proposal for contract improvements.

Analysis of electricity consumption with network analysers and interpretation of results.

Measurement of thermal energy, gas and electricity consumption, etc.

Design of consumption measurement systems (monitoring).

Energy efficiency certifications and enclosures analysis.

THERMAL INSTALLATIONS

(HEAT, COLD AND VENTILATION)

Improved performance in thermal installations.

Control of infiltrations.

MACHINING TECHNIQUES

Welding and joining of conventional and new materials.

ENERGY GENERATION

Minimisation of energy and consumption demands:

Thermographic analyses.

Energy certification software.

Analysis and improved yield of heat producing machines, lighting, compressed air, ventilation and quality of air, cold, etc.

DESIGN

Solutions for improving energy installations.

Proposed optimum energy sources for new installations. Collaboration in the improvement of assembly and maintenance processes.

Manufacture of prototypes using 3D printers.

MATERIALS

Advice on the new materials on the market.

Recycling of wood by-products in pellets or splinters.

AUTOMATION, MONITORING AND CONTROL

Automation of energy installations.

Automation of buildings for improved energy efficiency. Energy meters.

Remote management and control systems.

INSTRUMENTATION AND REGULATION

Study of parameters to be controlled in energy systems.

Assistance in selecting instrumentation.

EQUIPMENT

  • Energy generating installations by means of renewable energies (solar, wind, geothermal, etc.).
  • Centralised multi-energy heat generating installations. Combustion analysis.
  • Cold and ventilation installations using new refrigerants (CO2, NH3, etc.).
  • Automated, monitored and remote controlled thermal and energy installations.
  • Thermographic cameras, network analysers, transmittance gauge, dataloggers, ultrasonic flow meters, laser temperature readers, light meters, wind tunnel, anemometers, tap test benches, etc.
  • Automatic mechanisms and PLC (Siemens Tia Portal, Omron CMJ).
  • Biomass treatment. Wood grinder, pellet-maker and heat generation.
  • Management of micro electricity grid combining renewables, hydrogen battery, etc.
  • Tools for new joining technologies (thermofusion, electrofusion, etc.).
  • Transformer substation.
  • 3D scanners and printers for rapid prototyping.

SUCCESS STORIES

A young entrepreneur has developed the design of a tree that generates electricity. At the lack of the needed resources to carry out the project, a Vocational Training center has collaborated with him to develop a real prototype.

Flow meters are sometimes located in streams running through remote, dark places requiring a power source to ensure continuous operation of the datalogger. A mini-hydraulic power supply is created by making turbine prototypes using a 3D printer.

A building is renovated to achieve a zero energy result. Energy is generated using solar and thermal photovoltaic energy, geothermal energy (earth-water and earth-air) and mini-wind energy. Furthermore, ETICS are used as exterior insulation.

Advisory service regarding electric cars to the municipal police of Azpeitia and the design of a photovoltaic system to supply a percentage of their consumption

MULTIMEDIA

PICTURES

VIDEOS

CONTACT

CIFP USURBIL LHII Usurbil

Oihana Dorronsoro

943 36 46 00

tkguneenergia@lhusurbil.eus

CIFP CONSTRUCCIÓN LHII Gasteiz

Leire Lonbide

945 00 12 00

tkgune@eraiken.com

CIFP SAN JORGE LHII Santurtzi

Miguel Diaz

944 00 49 30

tkgune-energia@fpsanjorge.com

SOMORROSTRO Muskiz

Rafa Rubio

946 60 70 45

tkgune@somorrostro.com