The development of modern energy infrastructure depends on the reliability of systems responsible for energy generation, storage, transmission, and distribution. Energy storage systems, EV charging infrastructure, wind power installations, gas turbines, power substations, and industrial power supply systems all rely on components whose durability and manufacturing quality directly affect the safety and uninterrupted operation of the entire installation.
Enclosures, load-bearing structures, and mechanical assemblies used in the energy sector operate for many years in demanding outdoor environments. They are exposed to fluctuating temperatures, UV radiation, humidity, precipitation, corrosive environments, vibration, and operational loads.
Requirements extend beyond mechanical performance alone. They also include high leak tightness, corrosion resistance, geometric stability, and full compliance with technical documentation and customer quality requirements.
Addit supports manufacturers of energy equipment and infrastructure in delivering comprehensive precision sheet metal and contract manufacturing projects—from engineering support and product industrialization, through component and integrated module manufacturing, to stable serial production and supply chain management.
We have extensive experience manufacturing components for battery systems, energy storage solutions, wind power applications, gas turbine control systems, railway infrastructure, industrial power supply systems, and equipment used in both civil and defense applications. By combining expertise in precision sheet metal fabrication, welding, surface treatment, assembly, and advanced quality assurance, we deliver solutions that meet the highest standards of the energy industry.
Energy Solutions Requirements Addressed by Addit
Reliability of Critical Infrastructure
Components used in the energy sector protect equipment responsible for power generation, storage, transmission, and distribution. Their failure can disrupt the operation of entire systems, making long-term reliability essential throughout the product lifecycle.
Long-Term Resistance to Harsh Environmental Conditions
Products operate outdoors for many years, where they are exposed to corrosion, UV radiation, humidity, precipitation, temperature fluctuations, industrial contaminants, and mechanical damage. Properly designed corrosion protection systems and appropriate IP protection are critical.
Leak Tightness and Protection of Electrical Components
Enclosures protect control systems, power electronics, and battery modules against external environmental factors. Maintaining the required level of leak tightness is one of the most critical aspects of both design and manufacturing.
High Manufacturing Accuracy and Geometric Stability
Control of welding distortion and dimensional repeatability directly affects assembly accuracy and the functional performance of the final equipment.
Compliance with Stringent Quality and Material Requirements
The energy sector requires full compliance with customer documentation, validation of special processes, complete material traceability, and comprehensive quality documentation demonstrating product conformity.
Product Lifecycle Management
Modern energy systems are continuously developed over many years. Manufacturing requires efficient management of engineering changes, industrialization of successive product generations, and consistent quality regardless of production volume.
Integration of Multiple Manufacturing Technologies
Products for the energy sector combine precision sheet metal components, welded structures, machined parts, electrical components, sealing systems, and assembly operations. Their production requires effective coordination of multiple manufacturing technologies within a single facility.
Scalable Serial Production
The rapid growth of energy storage, e-mobility, and renewable energy markets requires the ability to quickly increase production volumes while maintaining consistent quality and on-time delivery.
Added Value Delivered to Customers in the Energy Sector
Engineering Support and Product Industrialization
- analysis of technical and quality requirements
- Design for Manufacturing (DfM) and manufacturing process optimization
- cost engineering
- prototype and pilot production
- preparation for serial production
- engineering change and product revision management
Comprehensive Manufacturing Process Management
- precision sheet metal fabrication
- CNC machining
- welded structure manufacturing
- mechanical assembly
- electrical and electromechanical assembly
- complete module integration
Advanced Joining Technologies
- steel and aluminum welding
- structural adhesive bonding
- structural riveting
- sealing technologies
- welding distortion control
Advanced Surface Protection Technologies
- surface preparation
- powder coating
- wet painting
- high-performance corrosion-resistant coating systems
- thermally and chemically resistant HALAR coatings
Quality Assurance and Process Validation
- validation of special processes
- PPAP
- FMEA
- laboratory testing
- corrosion resistance testing
- IP67 leak tightness testing
- quality inspection of every production batch in accordance with customer requirements
Scalable Contract Manufacturing
- full material and process traceability
- support for projects with a high level of technical responsibility
- supply chain management
- High Mix / Low Volume manufacturing
- on-time delivery
Solutions and Product Types We Delivered
- energy storage system enclosures
- battery module enclosures for e-mobility
- gas turbine control system enclosures
- wind turbine control system enclosures
- internal nacelle components for wind turbines
- electrical control cabinets
- AC/DC converter enclosures
- industrial power supply enclosures
- electric vehicle charging stations
- generator sets
- precision welded structures for energy infrastructure
- complete mechanical and electromechanical modules for energy equipment
