STATCOM E-House exterior — white containerized enclosure with rows of double equipment doors and end-wall HVAC units

ABS Factory Approval

ISO 14001

ISO 45001

ISO 9001

STATCOM E-House

For STATCOM makers and integrators, with air- or water-cooled valves — enclosure manufacturing and subsystem integration, bare shell to OEM/ODM.

Reactive Power Compensation ProjectRenewable Grid-Connection Power DistributionWind Converter Support FacilityPrimary Equipment E-House

Key Metrics

Containerized

Structure

25 yr

Life

IP54·55

Rating

C3-C5

Corrosion

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Product Features

Equipment-ready bays

Foundations, cable routes, and service clearances for valves, control & protection panels, and auxiliaries laid out to the equipment list before fabrication.

Equipment-ready bays

Foundations, cable routes, and service clearances for valves, control & protection panels, and auxiliaries laid out to the equipment list before fabrication.

Bushing interfaces

HV wall-bushing cutouts, mounting plates, and sealing completed in the factory — connect external bus or cable on site.

Air or Water Cooling

One enclosure takes air- or water-cooled valves: air ducts for air cooling; for water cooling, the pipe wall penetrations and in-cabin piping can be completed with the enclosure.

Auxiliary distribution

Lighting, service sockets, and HVAC supply fed from an auxiliary distribution assembly designed and manufactured by ETENZ.

Sealed for outdoors

IP54/55 sealed doors and locking hardware for long-term unattended outdoor service.

Product Details

The cabin provides continuous, centralized installation space for STATCOM valves and their panels: equipment foundations, floor cable routes, and maintenance aisles are developed from the equipment list before manufacture, with tray and duct positions reserved on walls and ceiling. Each pair of double equipment doors lines up with an internal bay, so large units roll straight into position. Layout and aisle dimensions are confirmed to the project equipment documentation.

HV connections leave the cabin through wall bushings: cutouts, mounting plates, sealing, and the external clearance the bushing needs are prefabricated to the single-line diagram. Bushings can be delivered with the enclosure or supplied by the equipment vendor with ETENZ preparing the mounting interface. Site work is reduced to connecting the external bus or cable — no on-site cutting that would compromise the enclosure's protection and coating system. Bushing type and voltage class are confirmed per project.

Wall-mounted industrial air conditioning is sized to the equipment heat load and combined with ceiling circulation fans, forced extraction, and louvered intake to drive directed airflow through the equipment bays, with temperature and humidity control preventing condensation. For water-cooled valves, inlet and outlet pipe penetrations are prepared in the cabin wall with cover plates and seals; in-cabin piping and supports can be installed with the enclosure to the integration scope, with the interface to the cooling plant set by the equipment supplier's documents. Environmental design targets are configurable: operating temperature typically −40 to +55 °C, altitude up to 4,000 m (derated).

Lighting, service sockets, HVAC supply, and monitoring circuits feed from a centralized auxiliary distribution box with tiered miniature breakers, terminal rows, and clear circuit labeling; signal terminals are reserved for connection to remote monitoring. Auxiliary distribution assemblies are designed and manufactured by ETENZ, with circuit configuration confirmed to the equipment list and an energized function check completed before shipment.

Sealed service hatches and viewing windows in the cabin walls let operators check equipment status and perform local operations without opening the main doors, limiting exposure of the internal environment. Hatch flanges and gaskets are designed as part of the enclosure protection system, so the cabin holds its IP54/55 rating when closed. Hatch positions and count are arranged around the equipment layout and O&M requirements.

Rows of double equipment doors along the cabin's long side correspond one-to-one with the internal equipment bays. Doors carry multi-point locking hardware and full-perimeter gaskets, with drained frames for lasting outdoor sealing. Door openings are sized to the largest equipment section, and separate personnel doors keep routine inspection from opening the large equipment doorways.

Delivery Scope Options

Scope 4

OEM/ODM Private-Label

Scope 4

OEM/ODM Private-Label

Built and delivered in volume to the customer's brand, drawings and project standard: non-standard dimensions and bushing arrangements, brand appearance and nameplates, document formats and a consistent baseline across sites.

Scope Includes:

Manufacture organised to the customer's drawings and BOM

Non-standard dimensions and bushing arrangements

Customer brand appearance and nameplate

Handover document formats followed

One baseline cabin type and interface library across sites

Inquire

Scope 1

Bare-Shell Supply (Interfaces Reserved)

Scope 1

Bare-Shell Supply (Interfaces Reserved)

For customers with their own equipment integration and site commissioning capability. The cabin structure is supplied with equipment foundations, floor routing cast in, wall bushing openings and mounting plates, and water-cooling pipe penetrations with cover plates reserved, plus cable routes, earthing bars, terminal boxes and pre-built routes for climate, fire and access control — cutting site drilling and re-routing.

Scope Includes:

Cabin frame, wall panels, doors, insulation and weatherproofing

Equipment foundations and floor routing cast in

Wall bushing mounting plates and sealing pre-built

Water-cooling pipe penetrations and cover plates reserved

Cable entry, tray, terminal boxes and earthing bars

Auxiliary distribution, lighting and maintenance sockets

Cable routes reserved for air conditioning, ventilation, fire and access control

Inquire

Scope 2

Subsystem Integration

Scope 2

Subsystem Integration

Auxiliary distribution, lighting and maintenance sockets, air conditioning and ventilation are fitted onto the shell, fire, security and monitoring interfaces are pre-fitted, water-cooling piping and supports are installed to the integration scope, and interfaces and labelling are re-checked once assembled.

Scope Includes:

Auxiliary distribution and lighting fitted

Air conditioning and ventilation fitted

Water-cooling piping and supports installed (to integration scope)

Fire, security and monitoring interfaces pre-fitted

Interface and labelling check

Inquire

Scope 3

Finished Cabin Delivery

Scope 3

Finished Cabin Delivery

Valves, panels and auxiliary systems are installed and inter-panel wired inside the cabin to the customer's equipment list and project standard, with assembly, earthing, interfaces, labelling and handover records inspected before dispatch.

Scope Includes:

Equipment installed and inter-panel wired within scope

Final check of wall bushing installation and sealing

Auxiliary systems fitted out

Works inspection of assembly, earthing, interfaces and labelling

Inquire

Scope 4

OEM/ODM Private-Label

Scope 4

OEM/ODM Private-Label

Scope Includes:

Manufacture organised to the customer's drawings and BOM

Non-standard dimensions and bushing arrangements

Customer brand appearance and nameplate

Handover document formats followed

One baseline cabin type and interface library across sites

Inquire

Scope 1

Bare-Shell Supply (Interfaces Reserved)

Scope 1

Bare-Shell Supply (Interfaces Reserved)

Scope Includes:

Cabin frame, wall panels, doors, insulation and weatherproofing

Equipment foundations and floor routing cast in

Wall bushing mounting plates and sealing pre-built

Water-cooling pipe penetrations and cover plates reserved

Cable entry, tray, terminal boxes and earthing bars

Auxiliary distribution, lighting and maintenance sockets

Cable routes reserved for air conditioning, ventilation, fire and access control

Inquire

Technical Specifications

Product Type

STATCOM / SVG E-House

Structure

Integral containerized unit

Accommodated Equipment

STATCOM valves (air- or water-cooled), control & protection panels, integrated to scope

Voltage Class

Global / regional levels (project-configured, 50/60 Hz)

HV Interface

Wall bushings / cable entries (prefabricated to project)

Dimensions

Custom to equipment and transport

Design Life

years

Enclosure Materials

Roof 2.0 / walls 1.6–2.0 / rock wool 50

Protection Rating

IP54 / IP55

IEC 60529

Anti-Corrosion

C3 / C4 / C5

ISO 12944

Operating Temperature

Typ. −40 to +55 (configurable)

°C

Altitude

≤ 4,000 (derated)

HVAC Configuration

Air-con / ventilation / dehumidification / liquid-cooling support (heat-load based)

Fire & Security

Detection & alarm interfaces / access & video (prefabricated interfaces)

Transport & Installation

Whole-unit transport / crane placement

Factory Testing

Pre-shipment inspection + energized function check (witness optional)

Warranty

12 (extendable to 24)

months

Standards Alignment

IEC / IEEE (project-specific)

Parameter	Specification
Product Type	STATCOM / SVG E-House
Structure	Integral containerized unit
Accommodated Equipment	STATCOM valves (air- or water-cooled), control & protection panels, integrated to scope
Voltage Class	Global / regional levels (project-configured, 50/60 Hz) kV
HV Interface	Wall bushings / cable entries (prefabricated to project)
Dimensions	Custom to equipment and transport mm
Design Life	25 years
Enclosure Materials	Roof 2.0 / walls 1.6–2.0 / rock wool 50 mm
Protection Rating	IP54 / IP55 IEC 60529
Anti-Corrosion	C3 / C4 / C5 ISO 12944
Operating Temperature	Typ. −40 to +55 (configurable) °C
Altitude	≤ 4,000 (derated) m
HVAC Configuration	Air-con / ventilation / dehumidification / liquid-cooling support (heat-load based)
Fire & Security	Detection & alarm interfaces / access & video (prefabricated interfaces)
Transport & Installation	Whole-unit transport / crane placement
Factory Testing	Pre-shipment inspection + energized function check (witness optional)
Warranty	12 (extendable to 24) months
Standards Alignment	IEC / IEEE (project-specific)

Product FAQs

Defined by project scope: valves and control & protection panels can be customer-supplied, customer-specified, or sourced to the equipment list. ETENZ provides the enclosure, installation foundations, interface pre-fabrication, and in-cabin integration, with equipment ratings governed by the project technical agreement.

Yes. Bare-Shell Supply, Subsystem Integration, Finished Cabin Delivery and OEM/ODM Private-Label are selected by equipment sourcing and site integration capability — Bare-Shell Supply already includes equipment foundations, bushing opening provisions, and lifting/transport interfaces.

The equipment differs. A conventional STATCOM follows the grid voltage and supplies reactive power; a grid-forming unit, built as a static synchronous condenser, adds supercapacitors to the converter and provides voltage and inertia support at the same time. The enclosures differ as well: the grid-forming valve enclosures ETENZ builds are split by phase and carry gas fire suppression and flammable-gas detection, with the water-cooling plant housed in a separate control-and-cooling enclosure. Both types are detailed and built to the equipment supplier's design.

From the project single-line diagram and equipment documentation: bushing type, cutout position, mounting plate, and sealing are confirmed during detail design and prefabricated in the factory. Bushings can be delivered with the enclosure, or supplied by the equipment vendor with ETENZ preparing the mounting interface.

To the equipment heat load, cooling method and deployment climate: air-cooled valves use air conditioning, forced extraction and external air ducts; for water-cooled valves, the inlet and outlet pipes leave through wall penetrations and the in-cabin piping can be installed with the enclosure, while air conditioning and dehumidification still hold temperature for the control & protection panels and auxiliaries. Operating temperature is typically −40 to +55 °C (configurable), with altitude up to 4,000 m derated.

IP54/55 is standard. Corrosion protection is selected within the C3-C5 (ISO 12944) system to the installation environment — coastal and high-salinity sites usually call for C4 or above, so state site conditions at the quotation stage.

Equipment list and heat load, cooling method (air or water), single-line diagram and bushing/exit requirements, deployment environment (temperature, altitude, corrosion), dimensional and transport constraints, preferred cooperation tier, and estimated quantity.