Wind infrastructure. Built to endure.
Engineering the foundations of renewable energy.
IRONMOUNT STRUCTURES delivers concrete foundations and specialised civil works for wind-energy projects in Romania and international markets.
Project footprint
Building wind infrastructure across Romania.
Recent and in-execution projects are concentrated in Romania’s eastern and south-eastern wind regions.
Core capabilities
From excavation to final interface.
A tightly connected set of civil and structural capabilities for renewable-energy construction.
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Company experience
Field experience, focused on the foundation.
IRONMOUNT brings more than 15 years of practical experience in concrete structures and wind-turbine foundations across Romania and international markets.
That background spans different foundation geometries, turbine systems and site conditions. It supports a specialist civil-execution offer for the current wind-energy build cycle.
Technical discipline
Clear sequencing, precise interfaces and controlled site execution.
Execution quality
Concrete and reinforcement works carried out with attention to every structural stage.
Site safety
Working practices aligned with the occupational health and safety management system.
System adaptability
Experience associated with multiple turbine manufacturers and project geographies.
Historical project & team experience
International perspective. Local execution discipline.
More than 15 years of professional and project-team experience across Europe, the Americas and the Middle East.
Romania
Făcăeni, Chirnogeni, Zephyr, Cudalbi, Sarichioi, Peștera +
Ukraine
Syvash
Serbia
Čibuk I, Kovačica
Poland
Żuromin I & II
United States
Fenner Wind
Mexico
Palo Alto, El Mezquite, San Matías
Puerto Rico
Naguabo
Nicaragua
Alba Rivas
Dominican Republic
Larimar II, Matafongo, Agua Clara
Panama
Toabre
Brazil
Jau, Aventura, Serra Santana +
Uruguay
Pampa, Melowind, Pintado
Chile
La Flor, Cabo Negro
Bolivia
Qollpana
Oman
Dhofar
Foundation anatomy
Seven stages. One structural system.
A general view of the foundation construction workflow.
- 01
Site preparation & excavation
The work starts with site access, levelling and excavation to establish the foundation footprint.
- 02
Prepared base
The excavated base is controlled and prepared so the structural system can be set accurately.
- 03
Reinforcement cage
The reinforcement geometry is assembled and checked for the required load path and tolerances.
- 04
Anchor cage positioning
The anchor cage is positioned and fixed so the foundation interface remains accurate.
- 05
Concrete placement
Concrete is placed with disciplined sequencing to protect the geometry and structural continuity.
- 06
Finishing & curing
Surface finishing and curing protect the foundation quality during the early stages of maturity.
- 07
Grout & final interface
The final interface is completed with grout and finishing works that support the turbine connection.
Technology familiarity
Foundation experience across turbine systems.
Megawatt values reproduce historical experience by turbine manufacturer; they are not current annual production figures.
Acciona
129 MWEnercon
124 MWGeneral Electric
432 MWGoldwind
2 MWNordex
415 MWGamesa
504 MWSiemens
179 MWVestas
874 MWCertified systems
Quality, environment, safety and technical training.
The company’s management systems, technical training and approved application procedures support disciplined site execution.
Quality management system — ISO 9001:2015
SkyCert
Environmental management system — ISO 14001:2015
SkyCert
Occupational health and safety — ISO 45001:2023
SkyCert
