Small footprint, huge performance

The SVC PLUS® is an advanced STATCOM (static synchronous compensator). By using the voltage-sourced converter (VSC) technology based on Siemens Energy modular multilevel converter (MMC) design, it offers high economical and technical flexibility by its modular design. The footprint of an SVC PLUS® installation is smaller than a conventional SVC installation of the same rating, by up to 50 percent.

Reduced project duration

In order to reduce the civil work effort, Siemens Energy developed the containerized SVC PLUS®. The solution requires no building and less installation effort. Furthermore, the containerized design results in lower project execution time. The containerized SVC PLUS® includes the matured and proven technology of the SVC PLUS® with the best grid stability performance and a small footprint.

Grid stabilization – anywhere, anytime

The mobile STATCOM is Siemens Energy’s multi-tool for transmission grids that enables temporary grid support and grid resilience against emergencies. The preconfigured SVC PLUS® container combines major components in one housing and enables “plug and play” cable interconnection. A reactor container that contains the reactor coils including conventional bus bar arrangement complements it. The mobile STATCOM is the optimal solution for rapid service restoration after severe incidences, line rework, and grid changes, for example during power plant shutdowns.

Get a closer look at the SVC PLUS® mobile: 3D Experience

Smallest footprint for load compensation of medium size industrial plants

The SVC PLUS® is an advanced STATCOM (static synchronous compensator). By using the voltage-sourced converter (VSC) technology based on Siemens Energy modular multilevel converter (MMC) design it offers high economical and technical flexibility by its modular design. The footprint of an SVC PLUS® installation is smaller than a conventional SVC installation of the same rating, by up to 50 percent.

The "small solution" offers the right load-compensating performance for medium-size industrial plants: excellent voltage stabilization provides the best preconditions for stable production, securing power quality parameters secures hassle-free connection to the public grid.

Load compensation for large industrial plants or for weak grid connection

More and more often, the necessity arises to set up industrial plants with large fluctuating consumers in regions with weak electrical infrastructure – the most prominent example is the electrical arc furnace for melting scrap steel: Extreme variation of electric power consumption combined with generation of harmonics characterize the behavior of this consumer of electric power. Maintaining power quality parameters on the other hand is often a precondition to connect such a plant to the public grid. This constellation calls for a compensation system of highest performance.

To achieve this task, filter circuits are added in parallel to the multilevel converter (MMC) as in the SVC PLUS® Compact to fully and optimally utilize the complete range of reactive power of the converter. 

Load compensation of very large industrial loads

The SVC PLUS® 2+1 is the Siemens Energy approach to very large industrial electric consumers: Electric arc furnaces nowadays often are in the range of 200MVA – a tough task also for the load compensation system. A combination of 2 SVC PLUS® converters, together with filter circuits where required, is the concept of choice, that also offers highest achievable results in flicker reduction and improvement of other power quality parameters. This solution additionally offers concept-inherent partial mutual backup – in case of a failure of any of the 3 functional groups SVC PLUS® converter 1, converter 2 or filter circuits the faulty functional group is switched off, but the remaining system stays in operation with reduced power, which allows the load to continue operation. Depending on the actual short circuit power level a power reduction of the load may be necessary, if the grid cannot tolerate temporarily the reduced power quality improvement of the remaining compensation system.