Phone: +34 938 272 932
Energy monitoring
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Webdom Labs Barcelona
Energetic control is the key to improving our energy efficiency.
Webdom Labs was born in 2011, in the spirit of collecting,
processing and displaying energy consumption data in real
time. The concept, initially developed for monitoring the
production of photovoltaic energy, is now applicable to
public buildings, industrial, commercial or domestic
environments.
To realize this control, Webdom Labs develops and markets systems and technology to provide users with information simple, easy to understand, relevant and engaging way, through systems and solutions for the control and energy saving.
MAIN GOALS:
  • DETECT UNWANTED CONSUMPTION
  • ANALYZE THE CONSUMPTION SOURCES
  • CORRECT UNEFFICIENT USE OF ENERGY
  • SHARE INFORMATION
  • IMPACT ON OUR HABITS
  • ADOPT MORE EFFICIENT BEHAVIOR
 
Who are we?
Our young, multidisciplinary team consists of:
EDUARD PERRAMON
CEO and Founder
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Telecommunications engineer. Extensive experience in the field of renewable energy and energy efficiency.
MARTÍ MORRAL
Designer
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Graduate in Product Conceptualization. Specializing in the development of new concepts for innovative products.
CRISTINA LÓPEZ
Sales & Marketing
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Industrial Engineer specialization in Management. Technical Industrial Engineer in Chemistry and Mines Exploitation.
ANGEL GARCIA
Research & Develop.
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Industrial Engineer specializing electricity. Experience in design, machining, electronics and robotics. Mechatronics.
ROGER FAJA
Research & Develop
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Student of Electronics and Automation Engineering from the Polytechnic University of Catalonia (UPC) in Manresa.
 
Colaboradores
Personas que han contribuido temporalmente en nuestro proyecto y equipo.
ORIOL FILLÓ
Student
Energy Engeneering student. Universitat Politécnica de Catalunya (UPC) in Barcelona
LLUC FLORES
Student
Electronics Engineering. Universitat Politécnica de Catalunya (UPC) in Barcelona
SARAH LEKKAL
Student
Estudiante de comercio internacional en ESARC (Montpellier), realizando un “stage”. Especialidad  en comercio internacional.
THOMAS MER
Student
Estudiante de comercio internacional en ESARC (Montpellier), realizando un “stage”. Especializado en comercio internacional.
JORDI VALDIVIA
Commercial Director
Telecommunications Engineer and Master in Business Management and marketing of electronic products.
PAU SERRA
Development
Telecommunications Engineer and Master in Bussines Innovation. Experience in fields of consulting R & D, IT and Software audits.
EVA CASTILLA
Sales and Marketing
Graduate Electronic Engineer and Marketing. Specializing in online and digital marketing strategy.
EDUARDO LAGUNAS
Research & Develop
Technician in Computer Systems Administration. Systems software development and maintenance of energy systems.
JUANMA PACHECO
Student
IT Systems Engineering student. Universitat Politècnica de Catalunya (UPC) de Manresa.
CORRADO CALZONI
Development
Civil Engineer and PhD in Geophysics. Embedded systems software development for monitoring of energy systems.
RACHID DHARIF
Student
Technician energy efficiency and renewable energy. Student Technician development of thermal and fluid Projects.
RUBEN GIL
Development
Advanced Technician in software application development. Systems software development for monitoring of energy systems.
RAPHAEL CADET
Research & Develop
Apprentice Engineer at the engineering school CESI of the Reunion Island (FRANCE) in the field of Building and Civil Engineering Works. Make a mission abroad.
MARC LÓPEZ
Student
Student Bachelor's Degree in Electrical Engineering. Universitat Politècnica de Catalunya (UPC) Manresa.
VIRIDIANA JIMÉNEZ
Student
Master student at the IUT of Longwy (France), doing “Stage”. Specializing in Renewable Energies.
ALEX ROTLLAN
Student
Estudiante de Odontología por la UIC.
MÓNICA GONZALEZ
Research & Develop
Ingeniera Técnica en Informática de Gestión. Análisis, desarrollo y gestión de proyectos de aplicaciones informáticas.
 
 
Our customers
and markets
Our products can be applied both domestically and in large industries and photovoltaic plants.
INDUSTRIAL SECTOR
From large industrial and production centers to SMEs.
The industrial sector consume a high energy level. Control of energy consumption and whether it is being consumed efficiently, can involve huge energy cost savings. And it is essential to control the consumption of compressors, pumps, boilers, cooling towers and equipment to assess operating performance and to avoid consumption peaks with excess power penalties for reactive, etc.

In SMEs to control consumption and operating equipment (lighting, air conditioning and climate control systems, kitchens, elevators, water pumping, electrical machinery, etc.) depending on several variables such as time of day, contract rate, consumption in each department, floor, area or cost per square foot can lead to savings of 15% of the electric bill while helping to improve energy efficiency.
TERTIARY SECTOR
Public bodies, buildings, offices, shops, hospitals, hotels, gas stations, etc.
In the tertiary sector we find different types of models of buildings (Town Hall that controls its own building, the municipal hall, public nursery, school, residence, cultural center, etc), wide geographical dispersion (bank office with different branches), different counters and electrical suppliers, etc. … that can be complex when managing and controlling the energy consumed by each. The availability of an integrated system able to overcome these complex challenges and make it visible in a fast, unified, global way can provide significant energy savings if you take corresponding actions. It can sensitize workers to implement energy habits and social benefits.
RESIDENTIAL SECTOR
Groups of houses, owners, property managers and private homes.
In the residential sector, even though power consumption is not very high, controlling consumption of housing groups and common spaces can provide significant savings. Controlling not only electricity consumption but also gas and water in a home or community, can provide a clear view of individual and collective energy investment and implementing corrective measures to reduce costs and save money.
Controlling consumption of air conditioning, heating, washing machines, dishwashers, countertop, appliances and other equipment such as radio, TV, PC's, videos, etc. We can utility tariff, efficient use of the equipment at individual level and the control of consumption of elevator, lighting in common areas, garages, storage rooms, stairs, main floor, etc also allows us to make energy saving decisions collectively.
RENEWABLE SECTOR
Photovoltaic plants, solar farms, private homes with solar panels, solar roof buildings. In the renewable energy sector to control photovoltaic power generation allows us to know if we have a good performance and act in order to optimize our installation (number of solar panels needed, orientation, etc.)