IRCI Engineering:
Design at the Core
Since 2009, IRCI has been developing design as a core function through IRCI Engineering, which specializes in the integrated design of mechanical, electrical, and energy systems for the industrial sector.
For us, the design phase is where the true value of a system is determined: performance, reliability, safety, construction timelines, and return on investment. Thanks to a multidisciplinary team of mechanical, electrical, and energy engineers, we develop tailor-made solutions that are perfectly integrated with one another.
We design thermal power plants, cogeneration and trigeneration systems, photovoltaic systems, MV/LV electrical substations, distribution and automation panels, battery energy storage systems (BESS), and all the plant infrastructure supporting production processes.
Over the years, we have also gained extensive experience in project financing, collaborating with ESCOs and participating in projects of national significance. Our goal is to be a strategic partner for our clients, supporting them at every stage of the project—from the feasibility study to the detailed design, through to the construction and commissioning of the plant.
PROJECT INDEPENDENCE:
Free choices, customer-oriented
Designing in-house means one very concrete thing: our decisions are not influenced by external constraints.
Our solutions are not created to “fit in” a product or brand, but to create asystem that is truly consistent with the objectives, operational constraints, and budget of the client:
- Evaluate technical alternatives in an objective and transparent manner
- Optimize performance and reliability throughout the entire life cycle of the plant
- Select components and technologies based on the actual context and usage requirements.
- Offering a tailor-made system, with a turnkey service
What we design
Mechanical Systems
Design of industrial process systems, thermal power plants, fluid networks, auxiliary systems, and HVAC systems, with integration into production processes and optimization of energy efficiency.
Electrical Systems
Design of medium- and low-voltage (MV/LV) electrical systems, transformer substations, electrical distribution panels, power supply and monitoring systems, in compliance with current regulations and production requirements.
Cogeneration
Design of high-efficiency CHP plants for the combined production of electricity and heat, with technical and economic analyses aimed at maximizing self-consumption and efficiency.
Trigeneration
Design of integrated systems for the production of electricity, heat, and cooling, optimized according to consumption patterns and production needs.
Solar Power and Energy Storage Systems
Design of industrial solar power systems and BESS systems, including assessments of energy production potential, self-consumption strategies, and integration with existing electrical infrastructure.
Energy Efficiency
Design of integrated solutions to reduce energy consumption, combining mechanical and electrical technologies with technical and economic analyses and an assessment of available incentives.
Our working method
Phase 1: Analysis of the customer and their actual needs
We collect data, constraints, consumption profiles, and objectives: continuity, energy efficiency, cost reduction, redevelopment, decarbonization
Phase 2: Feasibility study and business plan
We evaluate technical options and economic returns: baseline scenario, benefits, CAPEX/OPEX, indicators, and assumptions. The goal is to provide the customer with an informed, sustainable, and consistent decision.
Phase 3: Preliminary design
We create a structured preliminary design that allows the customer to make comparisons: clear scope, plant configuration, guidelines, expected performance, constraints, and criteria.
Phase 4: Final design
We define solutions, dimensions, and integrations in detail, preparing the transition to implementation with technical clarity and control.
Each of our projects starts from listening
Each of our projects starts from listening
We evaluate the sustainability of the investment
The project takes shape
We define every technical detail
The project becomes operational reality
Verification of the proper execution of the completed works.
Assistance with commissioning and start-up.
3D modeling and plant integration
Control panel layout
Skid and space optimization
Coordination of Disciplines
and Reduction of Electrical Risks
The use of advanced design and simulation tools makes it possible to verify in advance how the electrical system will perform under various operating conditions, optimize design choices, reduce interference between different systems, and minimize technical risks during the construction, testing, and operation phases.
Would you like to learn more about our projects?
We showcase plants and systems designed for various industrial and civil sectors, emphasizing efficiency, reliability, and customization.