Assign the installation boundary
Confirm which board, circuits and equipment belong to the landlord, common property or tenant, and who may authorise each part of the work.
Managed inverter installation · shopping centres
Shopping-centre inverter installation and electrical integration
Plan inverter, compatible battery and essential-load integration around multiple supplies and boards, landlord, tenant and common essential-load responsibility, operational constraints and an authorised commissioning pathway.
For a shopping-centre enquiry, Wesslink first confirms the authorised stakeholder, relevant installation boundary, affected trading or common areas, essential loads and current site access before the system scope is agreed.
LoadsMeasured and prioritised
CompatibilityCurrent models and BMS verified
IntegrationDB, protection and changeover assessed
HandoverTesting and operating limits explained
Property-specific design inputs
Map responsibility, essential loads and system interfaces before design
Shopping-centre inverter work may involve landlord, common-area and tenant boards; multiple supplies or meters; operational loads; and existing generator, PV or UPS interfaces. Each dependency must be verified without assuming compatibility, continuity or authority.
Build the essential-load schedule
Document actual operating and starting loads, priorities, supply and phase arrangements, and any dependencies between tenant and common systems.
Plan access, shutdown and handover
Coordinate facilities and security access, authorised isolation windows, affected occupants, staged testing, commissioning information and factual operating handover.
Assessment brief
Send the facts that shape a responsible scope.
Do not perform live AC or DC work, open equipment, alter connectors, bypass protection, create backfeed paths or attempt battery and inverter wiring. Safe exterior and closed-panel photographs may support preparation.
- Exact site address and electricity distributor
- Authorised landlord, facilities or tenant contact
- Relevant board, meter and installation responsibility
- Affected trading, service and common areas
- Essential-load list, operating demand and starting loads
- Supply, phase, DB and protection information
- Existing inverter, batteries, PV, UPS or generator interfaces
- Equipment make, model, data and warranty status
- Proposed equipment environment, access and cable routes
- Facilities and security access requirements
- Authorised shutdown and tenant-notification windows
- Current SSEG, approval, COC and alteration records
Essential-load integration
Choose circuits from real priorities and demand.
The system must be designed around actual operating and starting loads, the supply and phase arrangement, battery limits and the agreed outcome. A universal inverter size, battery capacity, cable size or backup duration is not responsible.
Related owners
Keep installation, solar-array and broad service intent distinct.
This page owns inverter, compatible battery and essential-load integration. The broad solar electrical owner and accepted guides retain their separate roles.
Design and installation questions
Inverter installation FAQs.
Final design, equipment compatibility and authority steps depend on the selected system and actual property.
How is this different from a shopping-centre solar-panel project?
This page owns inverter, compatible battery and essential-load electrical integration. A new or expanded PV array, including modules, mounting and DC array work, remains a separate solar-panel installation task.
Who may authorise inverter work in a shopping centre?
The relevant landlord, facilities representative or tenant may instruct work only within the installation and responsibility boundary they control. Board, supply and metering boundaries must be confirmed first.
How are landlord, tenant and common essential loads separated?
The relevant boards, circuits, meters and dependencies are identified before the essential-load schedule is agreed. A generic tenant or common-area load list is not a responsible design basis.
Can an inverter be connected to existing batteries, PV, a UPS or a generator?
Only after the actual equipment, controls, protection, earthing, operating sequence, manufacturer data and responsibility boundary have been assessed. Physical connection does not prove compatibility.
Where can shopping-centre inverter and battery equipment be installed?
Location depends on authorised space, equipment instructions, ventilation, temperature, moisture, fire and impact risk, access, clearances, security and cable routes. No universal plant-room or back-of-house location can be assumed.
Will trading continue during installation?
Continuity cannot be promised. Verified circuits, safe isolation requirements, shared dependencies and the authorised work sequence determine affected areas and whether the work can be staged.
What must facilities management provide?
Provide the authorised contact, board and metering information, essential-load priorities, equipment records, access requirements, shutdown windows, affected tenants and available COC or approval documents.
What does commissioning and handover include?
The confirmed scope determines appropriate electrical testing, configuration checks, circuit and isolation information, operating limits, records and responsible-person handover. It does not create a universal performance or runtime promise.
Can installation be completed in one visit?
Not necessarily. Site assessment, equipment verification, approvals, ordered components, shutdown coordination, installation, testing and handover may require separate stages.
Illustrative installation concept
Clear access, ventilation, isolation and protected routes matter.
Equipment location and clearances follow current instructions for the chosen equipment and the site conditions. The image is an original illustrative concept, not a Wesslink project record or universal layout.
Verified scope first
Plan the shopping-centre inverter scope from verified site facts.
Send the site, responsible parties, boards and supplies, essential loads, existing equipment interfaces, proposed location, access, shutdown requirements and available records.