Resources.

Solar module dimensions

Measure the usable installation area, not just the total roof area. Share roof drawings, obstructions, access routes and mounting constraints.

Solar module power matching

Module nameplate power alone does not define a complete array. Array design must be reviewed against inverter limits and the site layout.

Solar electrical parameters

Request the selected module datasheet. Open-circuit voltage, operating voltage and current are checked as part of string and inverter design.

Wall-mounted home storage

Discuss wall construction, mounting access and the selected model’s mounting instructions. A wall-mounted illustration does not confirm that every battery can be wall mounted.

Stackable home storage

Confirm the supported number of modules, base arrangement, communication architecture and expansion process for the selected system.

Rack-mounted home storage

Review rack dimensions, module access, cabling space and the manufacturer’s ventilation instructions before finalising a layout.

Home battery expansion

Expansion is model specific. Confirm module compatibility, commissioning requirements and any limits on mixing modules before ordering.

Battery communication compatibility

Ask for written confirmation of the selected battery and inverter pairing, communication protocol, supported firmware and commissioning procedure.

Home battery installation space

Provide dimensions and photographs of the proposed location. Access, environment, service clearance and local installation requirements all affect the choice.

Single-phase inverter selection

Share the site supply arrangement, priority loads and starting loads. Confirm the selected inverter’s operating modes and output limits.

Three-phase inverter selection

Share the phase arrangement and load distribution. Unbalanced loads, backup circuits and parallel operation need model-specific review.

On-grid and off-grid functions

Operating modes differ by model. Confirm grid interaction, backup switching, generator integration and any required external devices.

Inverter battery compatibility

A matching voltage label is not enough. Confirm electrical limits, battery control communication and the supported firmware combination.

Inverter monitoring interfaces

Define whether monitoring is local or remote, who owns account access and which communication options are supplied.

Inverter load matching

Provide running loads and starting loads separately. Backup priorities and load changes should be included in the design brief.

Indoor battery cabinets

Confirm the room environment, access and installation rules with the local installer. The model datasheet defines operating and placement limits.

Outdoor battery cabinets

Outdoor placement needs model-specific environmental protection, temperature and site review. A rendering does not establish an outdoor rating.

Battery cabinet integration

Agree the battery, power conversion, controls, protection and communication interfaces as one documented system scope.

Battery cabinet expansion

Review the supported cabinet arrangement and system controller before planning expansion. Confirm both present needs and future phases.

Battery cabinet site requirements

Provide site access, foundation information, installation dimensions and the local engineer’s requirements for the proposed location.

Battery cabinet service access

Plan routine access, replacement routes, isolation provisions and documentation handover with the responsible installation team.

Container system architecture

Define the battery, power conversion, thermal management, controls and project-specific protection scope with the engineering team.

Container site layout

Review delivery access, lifting, foundation, cable routes and the required site clearances with qualified local professionals.

Container transport planning

Confirm shipping dimensions and mass, route restrictions, packaging and required transport documentation for the actual consignment.

Container project brief

Share the demand profile, operating objective, connection arrangement and site conditions before requesting a container system quotation.

Mounting structure selection

Mounting selection depends on the installation surface, layout and local structural requirements. Share roof or ground information with the installer.

System cable selection

Cable specification is part of electrical design. Supply lengths, installation methods and connection details for qualified engineering review.

Electrical protection selection

Protection and isolation must be coordinated with the system architecture and applicable local requirements. Confirm the scope in the supply list.

Energy monitoring selection

Define the required measurements, communication method, account access and remote support needs before choosing monitoring equipment.

Complete system supply checklist

Check solar modules, storage, inverter, mounting, cables, protection and monitoring individually. Mark supplied, locally sourced and excluded items.

Request and verify documents

Your procurement brief

A useful brief includes the destination, application, load information, quantity, required operating mode and purchasing schedule.

How to define storage capacity

Describe the loads and required operating duration first. The engineering review also considers usable capacity, system losses and product limits.

Power and energy explained

Power describes the rate of energy use; energy describes an amount over time. A load’s power and its operating hours are separate inputs to a project brief.

On-grid and off-grid explained

Grid-connected and independent operation place different demands on the equipment and system design. Confirm the intended operating mode for the selected model.

System compatibility checklist

Review model numbers, electrical limits, communication, firmware, protection and commissioning together. Keep a written record of the supported configuration.

Site information before installation

Prepare location photographs, layout dimensions, electrical supply information and access details. The local installer confirms site requirements.

Preparing an OEM brief

Provide brand assets, preferred appearance, packaging, required product changes, quantity and destination. Confirm the technical scope separately from visual branding.

What a quotation should include

Compare equipment models, quantities, accessories, documents, exclusions, delivery terms, support scope and the quotation’s validity.

Confirming a production schedule

A confirmed schedule depends on the agreed configuration, quantity, materials, document requirements and commercial arrangements.

Packaging and transport planning

Agree packaging, handling, shipping scope, consignee details and the documents required for the actual consignment.

How remote guidance works

Local qualified installers carry out installation. Our team can discuss the configuration and provide agreed remote guidance and product documents.

Collecting fault information

Provide model and serial information, alarms, operating conditions and relevant photographs without opening or working on energised equipment.

How to review a certificate

Match the manufacturer, model list, issuing body, document reference, scope and validity. Ask for verification where details are unclear.

Comparing complete system quotations

Compare the full supply boundary and supported configuration, rather than only headline equipment prices. Record differences and exclusions explicitly.