About the study
The R&D feasibility study on ways of developing smart deployable infrastructure capacities (Smart Energy Efficient Camps - SEEC) was conducted on the basis of a public procurement contract of the Ministry of Defence of the Republic of Slovenia (Si MoD) No. 430-231/2020-13. TECES was selected as the contractor member, to carry out the study in cooperation with other subcontractors who are also members of our partnerships: Civil Engineering Institute of Slovenia, Faculty of Mechanical Engineering at the University of Ljubljana and Faculty of Electrical Engineering and Computer Science at the University of Maribor.
The aim of the study was to provide solutions for the specific needs and requirements of the client, and in particular to review international potential for the development of smart energy-efficient camps for both civil and defence use (dual-use).
The study’s design is that of a strategic document, to enable the client to better understand technologies and trends. It provides clarity for decision-makers to help them make their decisions and to guide domestic and international activities in a more reliable way.
The results of the study are applicable for both defence (deployment of armed forces, police forces, etc.) and civil (protection) purposes (protection and rescue, displaced persons, natural and other disasters, etc.). The study provides solutions that are applicable in the Slovenian context, as well as in the context of Slovenia's cooperation with other EU and NATO members, in the process of “greening” the defence sector.
Content of the study
The aim of the study was to analyse the state of the art and global trends in the key area of energy-efficient camps and to prepare a 10-year development strategy, taking into account the development capacities and capabilities of Slovenian stakeholders. The study provides proposals for development measures and includes a plan for the sequential development and introduction of products, based on the availability of breakthrough technologies, and the state of development and technological maturity of products in the Slovenian defence and civil industries.
For a detailed list of the study’s sub-areas, please see the end of this publication.
Development potential of the SEEC study
The study's greatest development potential is represented by its missions for SEEC’s key development orientations, with proposals for thematic areas to steer product development over the next 10 years. Although the missions were prepared in the context of the needs and requirements of the defence sector, the integration of civilian solutions for defence purposes has proven to be essential for the successful realisation of SEEC objectives.
There are no companies or research organisations in Slovenia that research and develop solutions exclusively for the needs of the Si MoD and the Slovenian Armed Forces. It is therefore necessary to maximise the potential of civilian stakeholders and involve them in defence programmes, as well as promoting the development of products for both civilian and defence purposes (dual use).
In this respect, we see the missions listed below as areas where new and advanced technological solutions, processes and services could be developed, both in the context of specific defence needs and more general (civilian) needs.
- Master mission: Smart energy-efficient camps;
- Smart planning and cam site management;
- Green generation, conversion and storage of energy;
- Electricity microgrids;
- Heating, cooling, air-conditioning and ventilation technology;
- Water and waste management;
- Nearly-zero-energy and sustainable deployable smart buildings;
- The internal environment in buildings;
- Logistics (in preparation) and
- Cyber security (in preparation).
Picture: Smart energy efficient camps' development missions
More on the development missions will be published in future posts.
Study’s table of contents
- ANALYSIS OF THE STATE OF THE ART AND RELEVANT TRENDS
- Identification of key client needs and meeting of requirements
- Overarching specific SEEC requirements, objectives and capabilities
- Analysis of the state of the art and relevant trends, as well as gaps in innovation capacities and capabilities
- Camp Planning and Design
- Level of the camp and buildings within the camp site (smart camp)
(Smart camp energy supply systems such as systems for energy generation, conversion, storage and use, energy distribution systems (micro-distribution systems for district heating and cooling, self-healing, safe and smart electricity micro-grids) and camp-wide energy management systems (EMS), camp transport infrastructure and water supply and management.)
- Level of individual units and components within the camp (camp building units)
(Heating, ventilation, air conditioning and cooling, building management systems (such as building energy management systems (BEMS) and building, interior, safety and security management systems), internal environment in buildings (appliances – domestic and professional), furnished interiors, sanitary facilities, indoor light management, self-cleaning and self-disinfection surfaces, reduced or no electronic noise environments, etc.), building envelope elements, building construction and nearly-zero-energy deployable buildings (NZEB).)
- VISION AND DEVELOPMENT STRATEGY OF THE SEEC CONCEPT
- Vision and goals of SEEC
- Desired functionalities of SEEC
- Camp as a whole: Energy generation and conversion with no (or minimal) greenhouse gas emissions or toxic pollutants, chemical, electrical and electrochemical energy storage, heat and cooling energy storage, waste or surplus heat recovery, grey water recycling and water extraction from nature, security of energy supply, autonomy of units, modularity of units, modularity of energy and information-exchange interfaces, self-diagnosis and self-healing of microgrids and devices, redundancy in energy supply infrastructure, connectivity of different energy supply systems, information security, and waste management,
- Individual buildings: Reduction in energy consumption for heating and cooling of the spaces within the whole building, speed and ease of erection, reconfiguration or removal of the building, flexibility of the building (change of function if necessary), low noise pollution from living in the building, fire safety in the building, ensuring the quality of the building’s microclimatic conditions, provision of illumination and adaptability of lighting in the different spaces of the building, independent supply of energy for living.
- Components: Compact design of devices, minimal heat-loss operation, quick and easy installation and removal of devices, flexibility (universality) and interchangeability of devices, reparability in cases of failure or damage, silent operation of devices, fire safety of devices, connectivity and possibility of parallel operation of devices, resistance to electromagnetic influences and low electromagnetic radiation of devices, protection against environmental influences
- Development of the SEEC concept
- (classification of camps by purpose, impact of functionality on specific requirements and use of the camp site)
- SEEC development strategies
- (supporting missions as a key development orientation for 10 years, supporting the innovation environment in defence with key defence stakeholders and actors (comprehensive substantive and financial support to the innovation process, sources of (co-)funding throughout the innovation process), supporting human resources development in defence, supporting networking and internationalisation, supporting strategic networking of stakeholders in the framework of the SiEnE partnership)
- SEEC IMPLEMENTATION PLAN
- Proposal for the development of an experimental laboratory at an identified site
If you would like to know more about the study and, in particular, any related activities, please contact us.