Energy Services
SolidBlue Engineering provides energy consulting services focusing on increasing energy efficiency and reducing energy costs for processes, operations, and buildings. Our services are designed to provide effective solutions that contribute to energy savings and offer significant financial benefits. These services include:
Implementation of Energy Audits, Feasibility Studies for Energy Projects, Legal Compliance Assessment with Energy Regulations, Energy Data Analysis, Inspection of Losses in Steam & Air Networks, Design of Energy Management Systems.
Feasibility Studies for Energy Projects
The integration of experience and expertise in the analysis and implementation of energy projects is a key pillar for achieving sustainable development and efficient energy management. Through a thorough and specialized approach, the evaluation of the sustainability of energy projects highlights the importance of adopting environmentally friendly practices that ensure the successful and sustainable implementation of long-term projects.
In this context, Feasibility Studies and Energy Data Analysis are crucial tools that provide a deep understanding of the impacts and requirements of energy projects.
SolidBlue Engineering recognizes the value of multi-criteria decision-making and Operational Research as fundamental approaches for developing personalized and innovative solutions. This contributes to ensuring that clients receive services that not only meet their current needs but also enhance their ability to adapt to future challenges. The application of these advanced tools and methodologies allows SolidBlue Engineering to offer top-tier energy consulting services, designed to address the complex demands of energy sustainability, efficiency, and safety.
As part of this integrated approach, training through SolidBlue Academy holds a strategic position, offering educational programs aimed at enhancing technical skills and raising awareness about the challenges and solutions in energy management and sustainability. This ensures that professionals and organizations are well-equipped to tackle both present and future challenges in the energy sector.
Implementation of Energy Audits
SolidBlue Engineering undertakes energy audits, which are essentially assessments conducted to determine the energy performance of buildings or other structures. As part of these evaluations, the company includes services provided by Energy Auditors of Classes B and C.
Law 4342/2015 in Greece laid the foundation for improving the energy efficiency of buildings and other constructions, aiming to promote energy efficiency and reduce carbon dioxide emissions. This law requires the execution of energy audits for buildings to assess their energy consumption and propose measures for improving their energy performance.
Through this process, energy audits can reveal important information about the energy consumption and energy losses of a building or industrial facility, while also providing practical recommendations for implementing upgrade measures. These may include the installation of insulating materials, replacing windows, upgrading heating and cooling systems, and installing renewable energy systems.
The implementation of the proposed improvements can lead to significant reductions in energy consumption and operating costs of buildings, while also improving the comfort of users and contributing to a decrease in CO2 emissions.
Energy Data Analysis & Preparation of Energy Study
The analysis of energy data and the preparation of energy studies are essential tools for evaluating and designing effective energy systems and measures. These processes are closely linked to the collection, analysis, and interpretation of energy-related data.
Energy data analysis involves the collection and organization of data related to energy consumption. This may include data on electricity, heat, fuels, and other forms of energy consumption. Analyzing this data helps identify trends, consumption patterns, and energy efficiencies, which form a crucial foundation for the energy study.
The energy study focuses on analyzing, designing, and evaluating energy systems and measures aimed at improving energy efficiency. This study is carried out based on the analysis of data and information collected during the energy data analysis. It may include the analysis of energy performance, the estimation of energy savings, the evaluation of economic and environmental impacts, and the development of recommendations for improvement.
SolidBlue Engineering is equipped with advanced energy measurement equipment that allows the company to conduct energy inspections and studies in accordance with the requirements of the EN 16247 (ISO 50002) standards. The provided services include:
- Load Studies to determine network capacity before adding new loads.
- Energy Evaluations through the quantitative assessment of energy consumption before and after any energy-saving improvements.
- Harmonic Recording and identification of issues that may damage or disrupt critical equipment.
- Recording of Voltage and Current Events.
Design of Energy Management System
The design of energy management systems based on the ISO 50001 standard is a strategic approach that aims for the continuous improvement of energy efficiency in organizations and businesses of all kinds and sizes. This standard provides a coherent framework that helps organizations and companies establish, implement, manage, and improve an Energy Management System (EnMS), leading to reduced greenhouse gas emissions and enhanced sustainability.
Steps for Implementing ISO 50001
• Management Commitment: The process begins with the firm commitment of the organization’s management to improve energy efficiency, setting clear energy goals and policies.
• Energy Analysis: A detailed analysis of the current energy consumption and performance of the organization is carried out, identifying areas for potential improvements.
• Planning: Based on the energy analysis, strategies and actions are designed to achieve energy goals, including technological upgrades, behavioral changes, and the application of innovations.
• Implementation and Execution: Energy strategies and actions are implemented, adjusting the organizational structure and enhancing energy awareness and training for staff. Implementation includes integrating the energy management system into the organization’s daily operations and processes.
• Monitoring and Measurement: The results of the implemented actions are recorded and evaluated through continuous monitoring and measurement of energy consumption and performance. This allows the organization to effectively understand progress towards achieving its energy goals.
• Review and Improvement: Data obtained from monitoring and measurement are analyzed to identify further opportunities for improvement. The process concludes with the management review of the management system, which decides on necessary adjustments or improvements, ensuring the continuous improvement of energy performance and adaptation to new challenges.
This cyclical and dynamic process strengthens sustainability, reduces energy costs and greenhouse gas emissions, and contributes to environmental preservation, making it an important step towards creating more efficient and sustainable businesses. The continuous improvement promoted by ISO 50001 encourages organizations to seek innovative solutions and adopt the best possible practices for energy management, while recognizing the importance of energy efficiency as a critical factor for environmental sustainability and economic effectiveness.
Through the application of ISO 50001, organizations can establish a solid framework to adapt to changes, address new energy challenges, and achieve long-term improvements in energy performance, while contributing to sustainable development. This standard is not only a tool for reducing energy costs but also a strategy that enhances the corporate image in the fields of sustainability and social responsibility.
Provision of consulting services on green/blue hydrogen topics
Loss Studies in Steam & Air Networks
The certified staff of SolidBlue Engineering has the experience and equipment to carry out loss studies in steam and air networks. The inspections are designed to assess the efficiency of steam and air distribution systems, aiming to identify potential energy losses and adopt improvement measures that will lead to energy savings and reduced losses.
The energy loss inspections in steam and air networks include the following stages:
- System Design Assessment: Analysis of the technical specifications and design of the steam or air network, including systems, connections, and equipment.
- Measurements and Data Analysis: Performing energy consumption measurements at various points in the steam or air network and analyzing the data to identify areas with high energy losses.
- Energy Loss Evaluation: Estimating the energy losses in the steam or air network, including losses due to leakage, excessive pressure, inefficient insulation, etc.
Using specialized equipment such as infrared thermographic cameras and ultrasonic devices, the losses are detected and calculated, allowing for the implementation of effective improvement measures.
Legal Compliance Audit with Energy Legislation
Legal compliance auditing with energy legislation is a process that allows organizations to assess their compliance with legal regulations regarding energy policy and practices. The purpose of this audit is to ensure that organizations adhere to legal requirements, preventing violations and potential legal consequences.
During the process of legal compliance auditing with energy legislation, legislative regulations and policies related to energy policy, energy efficiency, environmental protection, and other related aspects are monitored and evaluated. The audit examines whether the organization complies with legal requirements and implements the correct procedures and practices for energy management.