Energy and generation
Guaranteed power supply systems at power generation sites in Russia have a number of specific features due to the critical importance of ensuring the reliability and safety of both main and auxiliary equipment. These features are defined by regulatory documents such as PUE (Electrical Installation Code), GOST standards, and orders of the Ministry of Energy of the Russian Federation.
At energy and generation facilities, the key task of guaranteed power supply systems is to maintain control over power units and substations during any external grid failures. For essential circuits — auxiliary needs, relay protection, automation, operating current, and backup lighting — even brief interruptions are unacceptable. They may lead to equipment damage, line trips, and cascading failures. The challenge is further complicated by traditional DC busbar schemes, the combination of old and new systems, strict industry regulations, and demanding safety requirements, especially at sites with a high level of responsibility.
Voltag’s solutions for power and generation are designed around these challenges. Industrial UPSs, battery chargers-rectifiers, voltage stabilizers, and inverters are engineered to work in the existing architecture of power plants and substations, support joint operation with station batteries, withstand emergency modes and disturbances, and provide convenient monitoring and diagnostics. As a result, critically important control and protection circuits remain operational even in severe emergency scenarios, while operation and modernization of equipment throughout the entire lifecycle of the facility becomes more predictable and manageable.
At energy and generation facilities, the key task of guaranteed power supply systems is to maintain control over power units and substations during any external grid failures. For essential circuits — auxiliary needs, relay protection, automation, operating current, and backup lighting — even brief interruptions are unacceptable. They may lead to equipment damage, line trips, and cascading failures. The challenge is further complicated by traditional DC busbar schemes, the combination of old and new systems, strict industry regulations, and demanding safety requirements, especially at sites with a high level of responsibility.
Voltag’s solutions for power and generation are designed around these challenges. Industrial UPSs, battery chargers-rectifiers, voltage stabilizers, and inverters are engineered to work in the existing architecture of power plants and substations, support joint operation with station batteries, withstand emergency modes and disturbances, and provide convenient monitoring and diagnostics. As a result, critically important control and protection circuits remain operational even in severe emergency scenarios, while operation and modernization of equipment throughout the entire lifecycle of the facility becomes more predictable and manageable.
Our clients
Requirements for equipment at energy and generation facilities
- Passive cooling
- Electrical consumer categorization
- Multi-level redundancy
- Presence of DC systems
- Use of high-capacity battery banks
- High reliability and fault tolerance of equipment
- Easy access to all components for quick diagnostics and replacement
- Support for external batteries with 220V or 110V voltage
- Long autonomous operation time
- Remote logistics
- Harsh operating conditions
- Regulatory compliance
Our solution
- Capability to manufacture high-power systems (chargers, distribution panels, switchboards) with natural cooling
- Required industry licenses for equipment design and manufacturing
- Application of proprietary industrial-type chargers for backup battery elements
- Ability to work with any battery type
- Voltage inverters capable of operating from station batteries
- Internal power redundancy for control boards
- Startup from batteries (cold start)
- Extensive experience in the production of complex, multi-level, and highly reliable solutions for energy and generation facilities
- Personnel training for maintenance and repair according to specialized industry algorithms
- Developed discharge control device, used as a test discharge unit with DC-to-0.4kV AC own needs conversion function
The strengths of the service
Access to algorithms and software
Technical support from the development department
Availability at warehouse
Of spare parts and components for repairs and scheduled maintenance
Qualified staff
Locations – Ekaterinburg, Moscow, St.Petersburg
Employees work in our company
200+
Staff
Scientific supervisor
Candidate of Technical Sciences, Associate Professor of the Department of Industrial Electronics
Higher technical education
Most of our staff have it.
A team of qualified
employees with many years of industry experience
г. Москва, пр. Берёзовой Рощи, д. 4