8DJH switchgear is a factory-assembled, type-tested, 3-pole metal-enclosed single-busbar switchgear for indoor installation. Its maintenance-free design ensures operational security and reliability.

Key Benefits:

• Safe, secure and reliable operation
• Personal safety
• Environmental independence
• Compactness
• Maintenance-free design
• Cost-efficiency

Siemens GEAFOL cast-resin transformers are the ideal solution to assure the utmost safety in distribution networks. GEAFOL transformers are designed with Aluminum foil winding and insulated with an epoxy resin/ quartz powder mixture that are completely recyclable.

Key benefits:

• Fire safety: No flammable oil, reducing fire risk.
• Eco-friendly: Use of epoxy resin insulation means no toxic gases or oil leaks.
• Low maintenance: Resistant to moisture and suitable for harsh environments.
• Quiet operation: Special coil supports reduce noise and vibration.
• High reliability: Proven performance under mechanical stress and extreme conditions

IndoAsian Feeder Pillars are robust outdoor power distribution enclosures designed for dependable and organised electrical load management. Built to withstand harsh weather conditions, they feature durable construction, high ingress protection (IP), and corrosion resistance. Engineered for safety and ease of maintenance, these pillars ensure reliable distribution and protection of power in industrial, commercial, and utility applications. With flexible configuration options, IndoAsian Feeder Pillars support customised installations for a wide range of power control needs.

Key Features

• Customisable assembly to meet specific needs
• Short circuit withstand strength up to 46kA for 1 sec
• Easy Installation and Control
• IP55 protection for outdoor installations

The Siemens 8DA and 8DB family is indoor, factory-assembled, type-tested, single-pole metal-enclosed, gas-insulated switchgear, for single-busbar and double-busbar applications, as well as for traction power supply systems.

Key Features:

• Gas-insulated medium-voltage switchgear up to 40.5 kV, 40 kA (3s)
• Up to 5000 A busbar, up to 3150 A feeder
• Metal-enclosed
• Single and double busbar system
• Hermetically enclosed
• Factory-assembled, routine-tested according to IEC 62 271-200
• Type-tested according to IEC 62 271-200

Key Benefits:

• Safe, secure and reliable operation
• Personal safety
• Environmental independence
• Compactness
• Maintenance-free design
• Cost-efficiency
• High environmental compatibility

NXPLUS C circuit-breaker switchgear is a metal-enclosed, gas-insulated medium-voltage switchgear for indoor installation suitable for single busbar and double busbar applications.

Key Features:

• Gas-insulated medium-voltage switchgear up to 36 kV, 31.5 kA
• Up to 2500 A feeder
• Metal-enclosed
• Single and double busbar system
• Hermetically enclosed
• Factory-assembled, routine-tested according to IEC 62 271-200
• Type-tested according to IEC 62 271-200

Key Benefits:

• Safe, secure and reliable operation
• Personal safety
• Environmental independence
• Compactness
• Maintenance-free design
• Cost-efficiency

Blue GIS family offers a sustainable, F-gas-free, and maintenance-free medium-voltage switchgear technology using “Clean Air” (natural elements) instead of SF6 gas for insulation. The Blue GIS family includes 8DA/B, NXPLUS C and 8DJH and they offer a 35%–70% smaller footprint than traditional air-insulated switchgear (AIS) and are designed for climate-neutral power distribution.

Key benefits:

• Clean air
  Choose clean air with natural-origin gas elements which have a global warming potential (GWP) less than 1 and are free from any regulatory restrictions.
• Health and Safety
  Ensure health and safety with non-toxic gas that is highly stable and free from any PFAS gas.
• Compactness
  Optimize your space with a compact design that provides a smaller footprint, saving valuable resources.
• Highest reliability
  Achieve the highest reliability with a proven design featuring a single pole enclosed, hermetically sealed structure for an expected service life of 40 years and a very high MTBF.

NXAIR is factory-assembled, metal-enclosed and type-tested switchgear for indoor installation according to IEC 62271-200. NXAIR air insulated medium voltage switchgear delivers safety, reliability and sustainability for modern power distribution.

Key Benefits

• Ensures peace of mind
  For power supply companies and industrial plants, the platform concept of the NXAIR family introduced at all production loca¬tions has very concrete advantages: Smooth operation, exemplary availability, and optimal safety.
• Increases productivity
  Properties such as modular design, type tests of the switching devices in the switchgear, confinement of an internal arc to the respective compartment, and thus maximum operational reliability, contribute to optimum operation and a remarkable increase of productivity.
• Preserves environment
  Air used as insulating medium, local production locations with short transportation ways and times, as well as a service life of more than 30 years, optimize the total energy balance.
• Saves lives
  NXAIR family are with internal arc classification IAC A FLR, loss of service continuity category LSC 2B, and partition class PM which makes them suitable for universal installation, meeting the highest requirements regarding personal safety.

Borri RTB series battery charger is a heavy-duty industrial battery charger designed to provide reliable DC power in the most demanding environments, such as oil and gas or power generation plants. These systems utilize proven thyristor-controlled technology to ensure long-term stability and high-performance charging for various battery types. Engineered for durability, the RTB model is highly customizable and features a robust design that maintains critical operations even under extreme electrical and environmental stress.

Key Features

• Thyristor-Controlled Technology: Uses a 6 or 12-pulse phase-controlled rectifier for high reliability and precise voltage regulation.
• Isolation Transformer: Includes a built-in input isolation transformer to protect the DC load and batteries from mains disturbances.
• Modular Monitoring: Equipped with a digital control panel that provides real-time diagnostics, event logging, and alarm history.
• Flexible Battery Compatibility: Supports a wide range of batteries, including VRLA, Ni-Cd, and vented Lead-Acid.
• High IP Protection: Available in various enclosure ratings (up to IP54) to withstand dust, moisture, and harsh industrial climates.
• Parallel Capability: Units can be connected in N+1 redundancy or parallel configurations to increase power capacity and system availability.

Key Benefits

• Extreme Longevity: Designed for a service life exceeding 20 years, making it a sustainable long-term investment for critical infrastructure.
• Maximum Uptime: The robust components and redundant options ensure that critical DC loads stay powered during total AC mains failure.
• Low Maintenance: Its industrial-grade build and clear diagnostic interface minimize the need for frequent site visits and complex repairs.
• Enhanced Safety: Internal protection mechanisms prevent battery overcharging and deep discharge, significantly extending the life of your battery bank.
• Tailored Solutions: The “made-to-order” approach allows the system to meet specific site requirements, including special input voltages or seismic constraints.

Borri AC UPS systems are engineered to provide uninterruptible power for critical industrial and commercial applications, ensuring seamless transition during mains failure. These systems utilize double-conversion technology to deliver high-quality, pure sine wave power while protecting sensitive equipment from voltage fluctuations and electrical noise. With high efficiency and modular scalability, Borri UPS solutions are tailored to withstand the harsh conditions of sectors like oil and gas, healthcare, and data centers.

Key Features

• Double Conversion (VFI): Provides total isolation from the utility grid, ensuring the load receives stable voltage and frequency regardless of input quality.
• Galvanic Isolation: Often includes built-in input or output isolation transformers to protect against electrical faults and grounding issues.
• Modular & Scalable Architecture: Many models allow for N+1 redundancy or parallel expansion to grow with your power demands.
• High Efficiency Modes: Features “Eco Mode” or “Green Conversion” technology to reduce energy losses and operational costs.
• Robust Thermal Management: Designed with heavy-duty cooling systems to operate reliably in high-temperature industrial environments.
• Advanced Communications: Integrated Modbus, SNMP, and RS485 interfaces for remote monitoring and integration with Building Management Systems (BMS).

Key Benefits

• Continuous Operations: Eliminates downtime by providing instantaneous power transfer, protecting critical processes and data integrity.
• Reduced Total Cost of Ownership: High energy efficiency and durable components lead to lower utility bills and reduced maintenance frequency.
• Asset Protection: Acts as a high-performance filter that shields expensive downstream equipment from spikes, surges, and harmonics.
• Industrial Versatility: Available in specific configurations that handle high-inrush currents and non-linear loads.
• Maximum Reliability: The use of high-quality components and internal redundancy ensures a very high Mean Time Between Failures (MTBF).

Siemens Reyrolle protection relays offer a reliable and cost-effective solution specifically designed for the distribution and industrial power markets. With a legacy spanning over a century, these relays combine traditional durability with modern digital functionality to ensure simplified installation and dependable performance.

Key Features

• Intuitive Interface: Large graphical displays and tactile push-buttons simplify local operation and status monitoring.
• Compact Design: Uniform dimensions across the range allow for easy retrofitting and reduced panel space requirements.
• Universal Power Supply: Wide-range power inputs reduce the number of spare parts needed in inventory.
• Reydisp Software Suite: A user-friendly, free-of-charge tool for configuration, setting, and fault record analysis.
• Cybersecurity Layers: Modern series like the Reyrolle 5 include password protection and traceable change logs.
• Pluggable Terminals: Facilitates fast “hot-swapping” and easier wiring during installation and maintenance

Key Benefits

• Cost-Effectiveness: Provides essential protection functions at a lower price point than the high-end SIPROTEC modular series.
• Simplified Engineering: The straightforward logic and software mean faster commissioning and less training time for technicians.
• Proven Durability: Built on a legacy of over 100 years, these relays are highly resistant to harsh electrical environments.
• High Availability: Features like internal self-monitoring ensure the relay is always ready to trip, reducing the risk of catastrophic failure.
• Ease of Replacement: Standardised cut-outs and wiring layouts make it the industry choice for replacing aging electromechanical relays.

Siemens SIPROTEC protection relays provide advanced monitoring and control for electrical power systems across all voltage levels. This versatile product family integrates high-speed fault detection with robust cybersecurity to ensure grid stability and asset safety.

Key Features

• Modular Hardware Design: SIPROTEC 5 units use pluggable modules to expand I/O, communication ports, and LEDs as needed.
• Integrated Cybersecurity: Includes Role-Based Access Control (RBAC), signed firmware, and encrypted communication to prevent unauthorised access.
• Multi-Protocol Support: Native compatibility with IEC 61850 (Edition 1 & 2), PROFINET, Modbus TCP, and DNP3.
• High-Speed Processing: Capable of sub-cycle tripping (under 10ms for distance protection) to minimize equipment stress.
• SIPROTEC DigitalTwin: A virtual cloud replica allows for logic testing and configuration validation without physical hardware.
• Extensive Fault Recording: Captures high-resolution oscillographic data and event logs for post-fault analysis.

Key Benefits

• Reduced Footprint: Modular units combine protection, control, and measurement into one device, saving panel space.
• Future-Proofing: Easily upgrade or add communication protocols via plug-in modules without replacing the entire relay.
• Increased Safety: Advanced arc protection modules detect light and current surges to trip within milliseconds, protecting personnel.
• Operational Efficiency: The DIGSI 5 software platform streamlines engineering, commissioning, and maintenance through a unified interface.
• Lower Life-Cycle Costs: High reliability and long service intervals reduce the Total Cost of Ownership (TCO) compared to electromechanical or early digital relays.
• Enhanced Reliability: Robust hardware design handles extreme temperatures, electromagnetic interference (EMI), and seismic vibrations.

Borri IMB and ITB models are heavy-duty industrial inverters designed to convert DC battery power into high-quality, stabilised AC power for critical loads. These systems utilize advanced PWM (Pulse Width Modulation) technology and rugged galvanic isolation to ensure maximum reliability in extreme environments like power plants and offshore platforms.

Key Features

• Galvanic Isolation: Built-in output isolation transformer protects the DC source and the load from electrical interference and faults.
• Thyristor/IGBT Technology: Utilizes high-performance power electronics for precise voltage regulation and high short-circuit capability.
• Static Bypass Switch: Includes an automatic and manual bypass to ensure power continuity by switching to a reserve source in case of overload.
• Comprehensive Diagnostics: Features a user-friendly LCD interface for real-time monitoring of alarms, event logs, and operational parameters.
• Parallel Redundancy: Supports N+1 configurations to increase system reliability and ensure no single point of failure.
• Flexible DC Input: Compatible with various battery voltages (e.g., 110Vdc or 220Vdc) commonly used in industrial substations.

Key Benefits

• Maximum Load Protection: Delivers a pure sine wave and stable frequency, protecting sensitive electronic equipment from data loss or hardware damage.
• Industrial Durability: Designed for a 20+ year life cycle in harsh conditions, including high temperatures and vibration-prone sites.
• High Fault Clearing: The robust design can handle high inrush currents, allowing it to clear downstream branch breakers without dropping the load.
• Seamless Integration: Easily integrates with Borri RTB rectifiers to create a complete, customised AC/DC industrial power system.
• Low Maintenance: Accessible internal components and modular cooling fans simplify routine inspections and reduce repair time.