Recent News



> Representative agreement with Brite Solar, SA company

Brite Solar is dedicated to the deployment of advanced nanotechnology materials to create new types of architectural glass that can reduce the energy footprint of buildings by reducing energy for heating, cooling, and lighting and at the same time produce electrical energy from light.

The representation agreement signed includes - Solar photovoltaic systems with high transparency, greater global energy efficiency and without architectural impacts in construction and rehabilitation.

https://www.britesolar.com




> Green Steel

JedPed, Engineering was selected as the strategic business technical consultant by a German international entity, to provide services in the area of sustainable energy in the case of the production of Green Hydrogen in an industrial consumption unit energy intensive.

The consultancy involved the elaboration of a project to produce green hydrogen in an installation of a "green" steel factory that is being implemented in Finland. With estimated energy needs of 7TWh/year and with a green steel production for a cycle of more than 8000h/year, the industrial/steel plant should start production in 3Q2023, that is, very soon.

The fuel it will use for steel production will be green H2 (gas) driving the use for its production (hydrogen) of almost entirely renewable energy sources (Photovoltaic, Wind - RES). The hydrogen obtained from the electrolyzers will then be used as a source of energy for steel production. In this way, all regulatory requirements will be met to be eligible under the process of acts delegated by the European Commission of 13-2-2023, and which will be approved by the European Parliament.



> Carbon Emissions across different industries

JedPed, energy and engineering was selected as the strategic business technical consultant by an Polish international agency and business equity entity, to provide services related to the European Carbon Emissions across different industries.

The covered study covered range of industries such as: cement, steel, textile and pharmaceutical production, where the CO2 emissions take an important role in the environmental, social and governance impacts. The need to mitigate the CO2 emissions and energy enveloped in the case of the production sources by renewables and turning more efficient all the global unit, mostly due to the demand power and inherent energy intensive processes.

The consultancy services were driven by the Jedped team and also with the participation of Carlos Moutas a skilled engineer and technician on the thematic of the Renewable Energies assessing and adding key drivers and power insights and has been fully involved addressing the elaboration of the developed project focused on the energy green production backed by renewable energy sources, in the case, the solar and wind energy alongside with hydrogen and storage of fifth generation sodium batteries.

The need to digitalize as well as fully convert some traditional production processes and put them into action in a medium turn whether drive to implement new energy sources to support the electricity and overall energy demand in countries such the Poland along with South Europe for instance in Spain, Portugal and Greece is mandatory to fulfil all the Fit 55 plan approved last year.

What we do

We foster and provide energy consulting & strategic partnerships for planning a clean future and a better life on the advent focused on ESG (Environmental, Social and Governance).



> We are committed to the EU - FIT 55 Plan and all ETS and H2

We are committed to the EU - FIT 55 Plan and all ETS and H2 used to decarbonize the economy and environment using:

  • Digital Twins and Enabling Their Strategic Role in Business Resilience energy renewable sources
  • Industrial IoT for Renewable Energy Integration
  • AI-Enabled Predictive Analytics for Grid Resilience
  • Mastering the Data Puzzle: Strategies for Accurate, Secure, and Ethical Data in GenAI and Digital Twins
  • Machine Learning (ML) for the Detection of anomalies in Energy Data
  • Energy storage solutions for managing industrial energy needs and grid stability
  • AI Solutions for Enhancing Energy System Resilience
  • AI-enabled electrification as well as driving the path of Decentralization of Energy Systems
  • Securing Industrial IoT Networks in the Energy Sector


> Technical Consulting and Advisory Member on EU ETS Benchmarking Panels

Read more about EU ETS Benchmark for the years 2021 – 2025 >>
As set out in the revised Directive 2003/87/EC, benchmarks will remain a key element to determine transitional free allocation to all markets and intensive energy users in the industry.
The benchmarks to be applied for phase 4 (2021-2030) are based on the ones developed for phase 3.
Only updates of the benchmark values have been required, but no changes to the benchmark definitions including the system boundaries.
ETS benchmarks are no regulatory limits that installations need to comply with, but rather a tool to distribute free allocation to installations while incentivising emissions reductions.

General methodology

The revised benchmark values were determined on the basis of verified information on the GHG emission intensities provided by operators of the installations and reported in the National Implementation Measures (NIMs) pursuant to Article 11 of Directive 2003/87/EC4 for the years 2016 and 2017.

For each benchmark, the average performance in 2016 and 2017 of the 10 % most efficient installations was calculated. On the basis of a comparison of those values with the benchmark values set out in Decision 2011/278/EU which were based on performance data for the years 2007 and 2008, annual reduction rates were determined for each benchmark for the 9-year period from 2007/2008 to 2016/2017. Those annual reduction rates were then used to calculate, by means of extrapolation, the corresponding reductions of the benchmark values for the 15-year period from 2007/2008 to 2022/2023.

In accordance with Article 10a(2) of Directive 2003/87/EC, the applied reduction over the 15-year period should not be lower than 3 % and not be higher than 24 %. This leads to five possible cases:

  • Case 1. Annual reduction rate below 0.2%. In this case, an annual reduction rate of 0.2% is applied, leading to a 3% reduction of the benchmark value;
  • Case 2. Annual reduction rate equal to 0.2%. In this case, an annual reduction rate of 0.2% is applied, leading to a 3% reduction of the benchmark value;
  • Case 3. Annual reduction rate above 0.2% and below 1.6%. In this case, the calculated annual reduction rate is applied over 15 years;
  • Case 4. Annual reduction rate equal to 1.6%. In this case, an annual reduction rate of 1.6% is applied, leading to a 24% reduction of the benchmark value;
  • Case 5. Annual reduction rate above 1.6%. In this case, an annual reduction rate of 1.6% is applied, leading to a 24% reduction of the benchmark value.

Pursuant to Article 10a(2) of Directive 2003/87/EC, specific provisions apply for the update of the benchmark values for aromatics, hydrogen, syngas and hot metal:

  • The benchmark values for aromatics, hydrogen and syngas are adjusted by the same percentage as the refineries benchmark.
  • The hot metal benchmark is updated with an annual reduction rate of 0,2%.


> What is the CE energy certificate?

The energy certificate classifies the efficiency of a property in terms of energy performance, on a scale of 8 classes, from A to F.

It starts at A+, as being the most efficient and F with the least efficient energy performance. This document is issued by ADENE – Energy Agency and presents several energy consumption characteristics of the property that was evaluated by a Qualified Expert, namely air conditioning, sanitary hot water (DHW), ventilation systems and its surroundings (type of glass, frames, construction materials, sun exposure, etc.). Furthermore, the energy certificate has an area dedicated to proposing measures to improve performance, with the aim of reducing energy consumption.

In Portugal, the validity period of energy certification varies depending on the type of document (pre-certificate or energy certificate) and the type of property. For residential buildings and small commercial and service buildings, the energy certificate is valid for 10 years. In the cases of large commercial and service buildings, the validity is 8 years. Any of the certificates must be renewed before their expiration date.



> Hub Line Engineering (HLE)

Accelerate your Sustainable Commitment with The Hub Line Engineering

Jedped has launched the Energy Transition Hub line. We are excited to share with you our latest offering – The Hub Line for Enabling the Engineering in the Sustainability towards the most appropriate and cost efficient use of the resources – energy and water alongside with recycling framework add value in the pipeline.

As one experienced company on energy and sustainability services for more than 20 years thus enables whether provides a solid evidence base to underpin the development of the next set out in the legal basis and strengthening tools with stakeholders, partners and TSO providers in the energy transition along key relevant marketplaces in Europe and Portugal, Cape Verde tourism activities and services delivering solutions for the rationalising operations costs, and also acting as energy TSO´s on large and medium office buildings. We have large experience acting and covering industrial mainstreams especially on the paper as well as the sensor and electronics markets.
We are committed to deliver engineering values along with an overall increase of EGS topics. Mind-set is adding value along with the advent for nurturing drivers, advancing step by step on the sustainability but, always backed on the state of the art, demonstrated cases/pilots delivered and tested enabling positive and quality outcomes. The commitment is driven through scientific knowledge and accelerating with sustainability development paradigm.

Our new service has been designed to help managers, investors, promoters and scientists in these fields achieve their goals with greater efficiency, accuracy, and reliability. By providing high-quality, reliable data, information and consulting services on assessed purposes and for specific use on production targets – services or production lines, our services help accelerate metering energy and water needs and consumptions, benchmarking the possible developments, improve understanding of inefficient uses or mechanisms, and ultimately advance scientific knowledge.

Jedped, Engineering and Program Environment Design with our Line Engineering service offers, not only a powerful combination of experience, expertise, quality, and flexibility that sets it apart from other providers in the field, as well enabling reliable tools backed on proven commitment with the up performed latest technology devices and sensors.
Partners can access both the tools and resources they need to make breakthrough discoveries and advance scopes backed on demonstrated scientific knowledge and outcomes achieved during the past 25 years on the green framework.

Our team are always available to help you at any stage.

To learn more about how we can help you develop your internal rate return and understand how the energy and water have been used and how can they be better profitable in the rate line, contact:
  1. Contact the service’s team at jedped.lda@gmail.com
  2. Receive and approve a tailored quote
  3. (Optional) Send us your preferred market insights



> European Green Deal

JEDPED's commitment and technical contributions to the recent European Pact - GREEN DEAL, is to develop and deploy a safe, reliable and economically competitive energy transition to end-users and prosumers. Read more about The European Green Deal >>

Contacts

Please fill out the form below to send us an email and we will get back to you as soon as possible.

José Freitas

European entities active member:

External Expert at the European Commission 2006 onwards https://ec.europa.eu/info/index_pt

External Expert at the European Institute of Innovation and Technology 2021 onwards https://eit.europa.eu/

Carlos Moutas

Renewable Energy Systems

Engineer

Pedro Castro

Development Sensoring Software Tools

Machine Learning and IoT Technician

Mechanical Engineer, MSc


General Info

HeadquartersRua S. Pedro de Formariz, nº 571
4940-291 Formariz - Portugal

Branch office 1Rua das Andresas, nº 317
4100-053 Porto - Portugal

Develoment & EngineeringRua da Alegria, nº 1956. Prac. Priv. Ent 8 /Sala 5
4200-023 Porto - Portugal

Phone +351 225 189 308

Mobile +351 910 310 411

Email