Grid Support
Engineered systems that strengthen and stabilize electrical grids. We design and integrate solutions for frequency regulation, peak shaving, voltage support, and renewable integration—combining power electronics, control systems, and robust electrical infrastructure to enhance grid reliability and flexibility.
STATCOM
A STATCOM (Static Synchronous Compensator) is one of the most effective technologies for stabilizing voltage in power systems facing increasing complexity, electrification, and renewable integration. As grid conditions become more dynamic, STATCOM provides fast, precise, and reliable reactive power support.
PSW Power delivers engineering, advisory, and project services that enable seamless integration of STATCOM solutions into both transmission and distribution networks.
Why STATCOM?
Stabilize voltage in weak grids
Reduce flicker and voltage fluctuations
Improve integration of wind and solar power
Increase transfer capacity in existing infrastructure
Dampen oscillations and enhance overall power quality
How STATCOM works?
A STATCOM is a VSC‑based (Voltage Source Converter) device that continuously regulates voltage by injecting or absorbing reactive power. The technology offers:
Sub-cycle response times (2-10ms)
Full reactive power capability even at low voltages
Low harmonic distortion (especially with MMC technology)
Stable operations in grids with low short-circuit strength (SCR)
Typical applications
STATCOM is particularly valuable in:
Areas with high renewable penetration
Long cable systems and fjord crossings
Industrial sites with large and rapidly varying loads
Distribution networks with voltage stability issues
Transmission systems requiring dynamic voltage support
PSW Power & Automation provides assessment, design, and implementation of STATCOM solutions tailored to local grid conditions.
We offer a complete service portfolio for STATCOM projects.
Grid studies and needs assessment
Engineering and integration into existing infrastructure
Concept evalutation and technical specification
FAT/SAT follow-up and commissioning
Supplier evaluation and procurement support
Operational support and technical advisory
Our experience with demanding energy projects makes us a reliable partner when advanced voltage regulation is required.
Ready to strengthen your grid with STATCOM?
PSW Power supports utilities, industry, and energy producers in making the right technical and strategic decisions in a time where stability, flexibility, and power quality are more critical than ever.
STATCOM products
Up to 5MVA 690VAC
STATCOM Application
Up to 5MVA 690VAC
UPS
The PSW utility‑scale outdoor UPS (Uninterruptible Power Supply) system offers a modern alternative to traditional data‑center UPS infrastructure. By integrating advanced energy‑management software, grid‑stabilization technologies, and our deep expertise in electrical power systems, the solution delivers true UPS‑grade power quality directly at the medium‑voltage level.
Installed outdoors and connected to the facility’s MV grid interface, the system ensures continuous, high‑quality power with or without diesel‑generator backup. This architecture significantly reduces system complexity and CAPEX while enabling bidirectional power flow, allowing excess energy to be exported back to the grid.
One solution. Endless function.
The solution combines:
STATCOM functionality
Multiple energy sources
BESS
Full UPS capabilities
Power disturbances mitigated by a UPS
UPS (Uninterruptible Power Supply) ensures continuous, stable power delivery to critical electrical equipment. Its primary function is to protect connected loads from power disturbances and to keep them operating during outages until the utility supply returns or backup generators take over. If no secondary power source is available, the UPS provides sufficient battery runtime to allow for a controlled shutdown, preventing data loss or equipment damage. Depending on the UPS rating and required autonomy, batteries may be installed internally or externally.
A UPS safeguards equipment against a wide range of grid-related or installation-related power quality issues:
Power outage (Blackout)
A complete loss of electrical power in part of or across the entire grid, affecting anything from a single building to a large geographical area.
Frequency variations
Typically caused by load fluctuations on the public grid, affecting equipment with electromagnetic components such as motors.
Sag & Brownout
A complete loss of electrical power in part of or across the entire grid, affecting anything from a single building to a large geographical area.
Harmonic distortion
Voltage or current waveform distortion, usually generated by nonlinear loads within building
Over-voltage
A complete loss of electrical power in part of or across the entire grid, affecting anything from a single building to a large geographical area.
Transients/surges
Short-duration voltage spikes caused by lightning strikes or switching operations within the electrical installation.
Operating modes of UPS systems
UPSs support several operating modes, including high-efficiency configurations
UPS MODE
The UPS continuously converts incoming AC power to DC via the rectifier and then back to AC through the inverter. The batteries are connected to the DC bus and remain charged. This mode provides full voltage and frequency regulation, delivering clean, stable power regardless of grid disturbances. It offers maximum protection but has higher energy consumption. The batteries are activated when the utility supply fails. The UPS switches to battery power with zero transfer time, ensuring uninterrupted, conditioned output to the load.
UPS & STATCOM MODE
In addition to UPS Mode, the power modules operate in STATCOM mode to ensure power factor correction and voltage quality regulation on both input and output.
BYPASS MODE
The bypass switch feeds the load directly from the bypass source. This occurs during internal UPS faults or short‑circuit conditions that exceed inverter capacity. It is also used when transferring the load to a maintenance bypass for service activities.
UPS ECO
A traditional high‑efficiency mode where the load is supplied through the bypass, with the UPS operating in parallel with the grid and the load.
UPS ECO STATCOM
A traditional high‑efficiency mode where the load is supplied through the bypass, with the UPS operating in parallel with the grid and the load. The power modules operate in STATCOM mode to ensure power factor correction and voltage quality regulation on both input and output.
UPS products
Up to Input/Output 2,5MVA 690VAC
4x1220A DC Connection
Battery Connection
Up to Input/Output 3,75MVA 690VAC
4x1170A DC Connection
Battery Connection
Battery products
1500VDC
379kWh 1CP Application
407-705kWh
0,5CP Application
1500VDC
3,75MWh 1CP Application
4,07MWh 0,5CP Application
5,6MWh 0,25CP Application
1500VDC
8,4MWh 0,5CP Application
Microgrid
Empowering the future of energy — One Integrated System
In a world where reliability, efficiency, and sustainability define success, our technology delivers the backbone of tomorrow’s power infrastructure. From microgrids to transformers, from energy storage to generation, we provide a seamlessly integrated ecosystem engineered for performance in every environment.
Grid integration without compromise
We connect your system to the wider grid with precision and stability. Our grid interface solutions ensure compliance, power quality, and seamless interaction—enabling you to import, export, or island with confidence.
Microgrid intelligence
Our microgrid solutions bring stability and control to complex energy landscapes. They balance generation, storage, and consumption in real time—ensuring uninterrupted power, optimized efficiency, and maximum resilience. Whether onshore, offshore, or in remote industrial applications, our microgrids keep your operations running.
A complete power ecosystem
Every component—microgrid, switchboard, transformer, generator, battery, and grid interface—is designed to work together. The result is a unified, scalable, and future‑proof energy system that reduces emissions, lowers operating costs, and maximizes uptime.
Microgrid products
DC Switchboards built for modern power
Designed for high efficiency and minimal losses, our DC switchboards form the central nervous system of your electrical architecture. With modular design, advanced protection, and flexible integration, they support everything from battery systems to renewable inputs and fast‑response loads.
5-10MW
Generator or Grid Input
2-4×1,25MVA 400/690VAC
Load Output 2-4×1,25MVA 400/690VAC
Up to 4-8x1220A DC Battery Connections
7,5-15MW
Generator or Grid Input
1-2×1,875MVA 400/690VAC
Load Output 1-2×1,875MVA 400/690VAC
Up to 8x1770A DC Battery Connections
Up to 4MVA
Grid Input
Load Output
MV or LV
Transformers That Deliver Reliability
Our transformers are engineered for demanding environments, providing safe, stable voltage transformation with exceptional thermal performance and long service life. They ensure clean, consistent power—no matter the load, no matter the conditions.
Up to 4MVA
Generator
LV or MV
(External Supply)
Generators for Guaranteed Uptime
When reliability is non‑negotiable, our generator systems deliver. Built for rapid response and continuous operation, they provide dependable backup or primary power, seamlessly integrated into your microgrid or standalone applications.
MV & LV Switchboards. Engineered for Control — Built for Confidence
From industrial plants to renewable energy hubs, our medium and low voltage switchboards deliver precision, safety, and scalability. Designed for demanding environments, they ensure seamless power distribution, fault protection, and operational clarity—whether you’re managing a single site or a multi-node grid.
Up to 36kV
SF6 Gas Free
Up to 690V
Smart substations for a resilient future
In a world driven by electrification, substations are the backbone of reliable energy distribution. Our modular, high-performance substations are engineered to meet the demands of modern grids—whether you’re powering urban infrastructure, industrial operations, or renewable energy hubs.
Up to 36kV
MV Switchboard
Transformer
LV Switchboards
Up to 36kV
MV Switchboard
Transformer
LV Switchboard
Energy control & Management
Our Energy control & Management platform delivers real‑time situational awareness and precision control across complex electrical infrastructures. It unifies generation, storage, and load behavior into one intelligent decision layer—optimizing power flow, reducing operational risk, and ensuring resilient performance under all grid conditions. Designed for mission‑critical environments, it empowers operators with insights, automated responses, and seamless integration with existing SCADA and EMS systems.
Software products
Our software transforms raw energy data into actionable intelligence. Built on a modular architecture, it supports advanced analytics, fleet‑level monitoring, cybersecurity‑ready communication, and cloud‑edge orchestration. Whether deployed on‑premise or in the cloud, it delivers a scalable digital backbone for modern energy systems—enabling automation, optimization, and continuous performance improvement.
System monitoring and protection
Our monitoring and protection layer safeguards your electrical ecosystem with high‑resolution sensing, adaptive protection logic, and instant fault response. It continuously evaluates system health, predicts anomalies, and isolates disturbances before they escalate. The result: maximum uptime, reduced maintenance costs, and uncompromising safety for assets, personnel, and operations.
Power & Energy optimization
Our optimization engine maximizes the value of every kilowatt. Using AI‑enhanced forecasting and dynamic control, it balances renewable production, storage cycles, and load profiles to achieve the lowest operational cost and highest energy efficiency. From peak‑shaving to market participation, it ensures your system always operates at its economic and environmental best.
Microgrid & stability control
Our Microgrid & Stability Control solution enables fully autonomous, island‑capable operation with seamless transitions between grid‑connected and islanded modes. It stabilizes frequency, voltage, and power quality across diverse energy sources—solar, wind, storage, and conventional generation—ensuring resilient, self‑sufficient power for campuses, industrial sites, and remote installations.
Onshore power & high-power AC control
Our Onshore Power & High‑Power AC Control systems deliver clean, stable, and compliant shore‑to‑ship energy transfer. Engineered for ports, offshore facilities, and heavy industrial users, the system ensures harmonic‑free, precisely synchronized AC power at megawatt scale. It reduces emissions, improves operational efficiency, and supports the transition to greener maritime operations.
Charging & high-power DC control
Our High‑Power DC Control platform enables ultra‑fast, grid‑aware charging for electric vehicles, vessels, and industrial equipment. With intelligent load balancing, real‑time grid interaction, and integrated energy storage support, it ensures stable, efficient, and future‑proof DC power delivery—even at extreme power levels.
Integration, analytics & coordination
Our Integration, Analytics & Coordination platform acts as the digital nerve center of your energy system. It harmonizes data streams across devices, subsystems, and protocols—enabling seamless interoperability and unified control. Advanced analytics extract actionable insights from real‑time and historical data, while coordination logic ensures synchronized operation across generation, storage, and load. The result: smarter decisions, faster response, and optimized performance across every layer of your infrastructure.
Grid Blackout Prevention
The system analyzes and reacts accordingly, preventing the development of a blackout in the grid.
The network connection can be fully utilized without the risk of power outage.
The respons time, from the moment of detecting a critical situation until the system performs load adaption, can be measured in miliseconds.
Asset Management System
AMS collects and transmits data to all connected assets and orchestrates all single entities of assets to convene their capabilities for use in the energy and/or balancing markets. This therefore makes it possible for smaller assets, which are unable to participate alone, to take part in delivering balancing services, and thus smaller assets can also receive income from their flexibility.
As AMS collects all relevant data, it also shares asset and market specific data with Asset Hub, enabling full transparency with our clients. AMS functions as Market Participation as a Service and enables asset owners to take advantage of these growing markets without having to invest time and capital in their own technologically developed systems.
Asset Hub
Asset Hub is an asset dashboard customized for your asset collection. This user interface displays key figures for asset status and health, and for some applications, market data and reveneue are visualized to give a total overview.
Layout and data-fields will vary and depend on the type of assets and application. This is adapted to best suit the user-case.
The Asset Hub is web-based, so no software installation is required. If desired, an Asset Hub API is available for customers who wish to integrate this into their own systems.