Transformer substations up to 35 kV
MV intake, RMU and switching interfaces, transformer installation, LV tie-ins, utility coordination and energisation readiness.
QuangAnhcons supports industrial MV/LV electrical works, transformer substations up to 35 kV, factory power upgrades, rooftop solar integration and EV charging infrastructure in Vietnam.
QuangAnhcons supports industrial MV/LV electrical construction, transformer substations up to 35 kV, factory power upgrades and integration of rooftop solar and EV charging infrastructure in Vietnam.
For factory owners, developers, international investors and main contractors. Engineering decisions, technical specifications and work boundaries are confirmed for each project.

From the utility interface through MV/LV distribution and equipment connections.
Construction access, safe workfronts, coordination and quality records matter.
BOQ basis, equipment data, exclusions and acceptance requirements are reviewed early.
Our scope is centred on the power systems that keep industrial facilities operating. We work with approved designs and coordinate technical interfaces with employers, designers, suppliers and utilities as agreed.
MV intake, RMU and switching interfaces, transformer installation, LV tie-ins, utility coordination and energisation readiness.
Power distribution, MSB/MDB, cable routing and terminations, industrial feeders, earthing and electrical handover documentation.
Practical PV site and grid-interface checks, inverter integration, AC/DC distribution, protection and construction coordination.
Charging demand and spare-capacity review, transformer and LV upgrades, distribution, metering and charger vendor interfaces.
Capacity expansion, transformer replacement, MV/LV refurbishment, outages and constructability planning for operating factories.
Electrical scope definition, site observations, quantity take-offs, constructability, technical submissions and interface registers.
Power infrastructure often sits on the critical path between construction completion and factory operation. We focus on the documentation, interfaces and construction requirements needed to turn a technical scope into an executable work package.

These anonymised examples illustrate electrical capacity classes discussed in the Quang Anh project portfolio. Client identities, contract boundaries and project-specific photographs are not attributed without verification and permission.
Factory power infrastructure with multiple-transformer intake and LV distribution interfaces.
Medium-voltage supply, transformer integration and construction-site coordination.
Site power construction and electrical interfaces within an operating urban/industrial setting.
Examples describe previous capacity classes, not a warranty of project performance or evidence that nearby general site images belong to these specific contracts.
We aim to identify technical gaps early, keep the interface matrix transparent and distinguish preliminary budgets from quotations supported by validated drawings and site conditions.
Power demand, utility point, site layout, operations, target date and available drawings.
Confirm BOQ basis, equipment selection, design ownership, exclusions and responsibilities.
Material submittals, site access, installation sequence, safe isolation and inspections.
Specified testing, punch-list closure, as-built documents and utility/vendor coordination.
Photographs from the website media archive illustrate the installation environment and the kind of site coordination involved. We do not substitute AI-generated scenes for verified client-project evidence.


The right electrical architecture depends on existing transformer capacity, feeder ratings, consumption profile, protection, operating duty and utility conditions. Adding equipment without revisiting these interfaces can lead to avoidable redesign and costs.
QuangAnhcons can discuss early-stage sizing questions and electrical tie-in requirements. Detailed BESS design, fire safety, equipment certification and specialised commissioning responsibilities must be explicitly allocated to suitably qualified parties.
Fast estimate tools are reserved for future integration. Indicative outputs are not approved designs or binding quotations.
Practical commentary on MV/LV design responsibility, procurement, substations, factory power and new-energy electrical interfaces. Always check the relevant standard edition and project-specific conditions.
The quality of the first scope description determines how quickly key risks and missing inputs can be identified.
Project location, estimated load, transformer capacity or SLD, medium-voltage intake arrangement, expected civil and electrical boundaries, preferred equipment, drawings and timeline.
Yes. Each load and generation interface should be assessed together, especially for transformer capacity, protective devices, metering and operational constraints.
Our primary offer is industrial electrical infrastructure. Any civil, mechanical, HVAC or specialist scope must be explicitly agreed and assigned to appropriately qualified parties; it is not implied in an electrical RFQ.
No. Budget estimates are subject to drawings, site survey, equipment quotations, project specifications, utility requirements and defined contractual assumptions.
Tell us the location, technical scope, available drawings and target programme. We will distinguish items ready for commercial discussion from details requiring engineering or site verification.
Email sales@quanganhcgte.comHotline +84 919 758 191
Select the capacity, route lengths and package to view your indicative budget and electrical parameters.
Send your project details, BOQ or drawings to request a formal quotation. Fields marked * are required.
Applies to one EVN-supplied substation with oil-immersed transformers at 22/0.4 kV (single-phase: 12.7/0.23 kV), with MV metering VTs/CTs supplied by EVN. The estimate includes the selected equipment, installation, earthing, transformer-to-main-breaker connections, design and connection documentation, and coordination of testing and utility acceptance.
Kiosk, integrated steel-pole and indoor substations include MV switchgear and the entered underground cable route. Other outdoor arrangements use the relevant protection configuration. The final diagram must meet the project connection requirements.
Excludes VAT, cables from the substation switchboard to the MSB/loads, live-line work, harmonic reactors, weak-ground treatment or special piling, land and special fire-protection provisions. Underground routes assume normal construction conditions and exclude road drilling and special reinstatement.
Prices are indicative investment budgets. A formal quotation follows site assessment and agreement on the configuration. Electrical selections are preliminary and require design verification before installation.
The catalogue defines the enquiry range of this tool, not universal TCVN capacity limits. Single pole-mounted transformers: 15–100 kVA; three-unit banks: 3×15–3×100 kVA. Platform substations: 100–630 kVA. Steel-pole substations: 100–630 kVA; 750/800 kVA require design verification and local approval. Ground-mounted, kiosk and indoor configurations: 50–10,000 kVA. Not every configuration has a package price or the same structural design.
Reference: EVN Decision 1299/QD-EVN dated 3 November 2017, Volume 1, sections 3.3–3.4. Check the current requirements of the responsible utility before implementation. Kiosks must meet manufacturer ratings and testing requirements (IEC 62271-202); indoor and ground-mounted arrangements must meet project layout, ventilation, structural and fire-protection requirements. For multiple transformers, specify the quantity and capacity of each unit.
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