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Aura Asia-Pacific is a web-based after-hours scheduling service for commercial-building air conditioning. Tenants use individual logins to book one-off or repeating operating periods, while property managers set building rules, review activity, export usage data and support billing workflows. Aura says its schedules can repeat for up to two years and that its pre-programmed controller can usually be installed in a building with a building-management system (BMS) in less than a day. Those timings and capabilities are vendor descriptions, so a building-specific controls assessment is still required.
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The practical value is control: conditioning can be limited to periods when occupants actually request it instead of remaining available by habit. Whether that produces material savings depends on the building’s existing schedules, occupancy, HVAC design, controls and after-hours baseline.
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Aura describes its product as “a simple to use internet based scheduling system that allows multiple users to access their tenancies via unique logins and set schedules for after hours air conditioning.” In a commercial property, the service sits between tenant requests and the building’s HVAC control layer. A tenant does not operate a consumer thermostat; the tenant submits a requested operating period through a browser-based account, and the building’s configured controller acts on that schedule.
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The New Zealand Aura site also describes scheduling for lighting. That means a property may be able to coordinate after-hours air-conditioning and lighting requests in one administrative environment, subject to the installed controls and the building’s approved operating rules.
One-off and repeating bookings
Users can create a single after-hours request or a repeating schedule. Aura says a schedule may repeat for up to two years, which can suit regular evening operations, recurring weekend work or long-running tenancy arrangements. A long repeat period should not be treated as permission to ignore reviews: leases, staffing patterns, public holidays and control strategies can change before the schedule expires.
The controller and installation
Aura says its controller is pre-programmed and that installation in a building with a BMS usually takes less than a day. This is Aura’s product description, not an independently tested installation guarantee. Actual work can take longer when points are undocumented, access is restricted, approvals are required, or the existing controls need programming changes.
How a tenant books after-hours air conditioning
- Sign in to the tenancy account. Each user accesses the relevant tenancy through a unique login rather than a shared building password.
- Choose the operating date and time. Enter the period during which the tenancy requires conditioning. The available limits can be set by the property manager.
- Select a one-off or repeating schedule. Repeating bookings can cover a recurring pattern for as long as the account’s permitted horizon; Aura states a maximum of two years.
- Submit the request under the building’s rules. Depending on configuration, the request may be subject to minimum or maximum runtime, notification settings or other defaults.
- Check the resulting record. The management interface can retain the date, username, activation time and duration, creating an auditable history of who requested service and when.
The workflow is designed for planned use, not for proving that a room is occupied in real time. If a team leaves early, fails to cancel a booking or changes its operating pattern, the scheduled period may still run unless the building’s procedures provide a way to amend it.
What property managers can configure
Aura’s property-manager description gives building administrators control over both policy and visibility. Settings can be applied as building defaults and overridden for individual tenants when different leases or operating requirements call for different treatment.
| Administrative area | What Aura says managers can do |
|---|---|
| Scheduling mode | Set a default mode and override it for a particular tenant. |
| Runtime limits | Apply minimum or maximum run-time settings. |
| Billing rates | Set rates used in the building’s after-hours billing workflow. |
| Notifications | Configure email notifications. |
| Permissions and review | Administer users and review schedules created by other staff. |
| Usage views | View whole-building or individual-tenant usage. |
| Audit records | See schedule date, username, activation time and duration. |
| Billing documents and exports | Create branded invoices and export usage data. |
| Calendar treatment | Set public-holiday behavior, including adjustments for daylight saving. |
These functions support scheduling, record-keeping and billing administration. They do not, by themselves, establish independent energy measurement. A runtime record tells you that a scheduled period was activated; it does not quantify the electricity consumed by each zone or prove a carbon reduction.
Will Aura work with an existing BMS?
Aura’s New Zealand site says the service interfaces with “nearly all BMCS” and may be retrofitted to buildings without a BMS. The published material does not identify communication protocols, controller hardware models or a compatibility matrix. Consequently, no owner should treat the broad integration statement as certification for a particular installation.
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Questions to resolve before approving integration
- Which BMS or building-management-and-control system is installed, and which version is in service?
- Can the existing system expose the required air-conditioning points, schedules and enable commands?
- Are zones, tenancy boundaries and after-hours circuits documented accurately?
- Does the building have lighting controls that can be included, or would that require separate work?
- What happens when a booking overlaps a plant lockout, maintenance window, fire mode or other priority command?
- Who supplies, programs and maintains the controller, and who has authority to change defaults?
- If there is no BMS, what local controls and communications infrastructure would a retrofit need?
A controls contractor should confirm the point list, sequence of operation, network and cybersecurity requirements, commissioning plan and fallback behavior. “Nearly all” is a marketing-level description; compatibility remains a building-by-building engineering decision.
Can scheduled after-hours HVAC reduce energy use?
The mechanism is straightforward: if a zone is not needed, preventing an unnecessary after-hours run can avoid fan, compressor, pump and associated lighting energy. The size of any benefit depends on how much conditioning previously ran without occupants, how often requests are made, the efficiency and zoning of the plant, weather, tariff structure and the building’s baseline controls.
Aura’s marketing page claims that some buildings with multiple tenants or extended hours can reduce annual energy bills by 20–30% through after-hours scheduling. Aura provides no study citation, sample, baseline, measurement period or calculation method alongside that figure. It should therefore be read as a vendor claim for some buildings, not a typical result, independent finding or guarantee.
How to establish an evidence-based result
- Document the baseline. Record existing after-hours schedules, tenant requests, operating hours, meter data and relevant tariff periods before changing control logic.
- Define the measurement boundary. Decide whether the review covers whole-building electricity, HVAC submetering, selected zones or billed runtime. Runtime alone is not energy consumption.
- Track confounding changes. Note weather, occupancy, tenancy changes, plant maintenance, set-point changes and tariff revisions.
- Compare like periods. Use comparable operating periods and, where possible, weather-normalised or submetered data rather than a simple month-to-month total.
- Review exceptions. Check whether emergency work, late meetings or recurring bookings caused schedules to run when spaces were empty.
This process can show whether the service changed the building’s operating pattern. It also avoids attributing every movement in an energy bill to the scheduling system.
Operating the system across tenants and teams
Tenant self-service with building-level guardrails
Individual logins let tenants request their own periods without giving them unrestricted control of plant. Building defaults and per-tenant overrides allow a manager to reflect lease terms, approved hours, minimum charges or technical limits. A tenant that needs a different arrangement should have an explicit administrative path rather than relying on informal instructions.
Logs and accountability
The schedule log fields listed by Aura—date, username, activation time and duration—can answer basic operational questions: who requested a period, when it started and how long it was set to run. Managers should define how long records are retained, who can view them and how corrections are documented, especially where logs support tenant recharging.
Billing and exports
Branded invoices and exported usage data can reduce manual transcription in a recharge process. The building owner should still document the billing formula: whether a charge is based on scheduled runtime, a configured rate, measured consumption or another lease-approved method. The existence of an export does not validate the rate or prove that it represents actual kilowatt-hours.
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- 【Notice】Please make sure to read the installation and wiring instructions provided in the pictures carefully before buying. If you are inexperienced with installation, it is advised to be cautious when making a purchase to avoid issues like product failure or incompatibility. (Verify the existing base to ensure only 2 to 5 wires are compatible for installation and wiring).
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- 【Incompatible Systems】Does not work multistage systems (1H/2C, 2H/2C), HVAC heat pump systems (2H/1C, 4H/2C), PTACs, 3-wire hydronic (hot water), dual fuel/hybrid heating. Does not work line voltage systems (120-240V electric baseboards heat); mini split heat pump air conditioner, RV air conditioners mach and roughneck series.
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Public holidays and daylight saving
Aura lists public-holiday settings that adjust for daylight saving. Managers should verify the site’s jurisdiction, holiday calendar and time zone during commissioning, then test a boundary date. This is particularly important for properties operating across Australian or New Zealand regions where holiday dates and daylight-saving rules differ.
Implementation plan for an existing commercial building
- Map the operating model. List tenants, zones, normal hours, recurring after-hours uses, billing responsibilities and approval roles.
- Survey the controls. Identify the BMS or BMCS, HVAC plant, zone controllers, lighting system, network connections and undocumented overrides.
- Confirm integration scope. Obtain a written point list and sequence of operation for the proposed controller. If no BMS exists, define the retrofit architecture and local fallback controls.
- Set governance rules. Decide default scheduling mode, runtime limits, notification recipients, public-holiday calendars, daylight-saving behavior and escalation contacts.
- Configure tenant accounts. Assign unique logins, permissions, approved tenancy boundaries and any tenant-specific overrides.
- Commission representative scenarios. Test a one-off booking, a repeating booking, cancellation or amendment, a holiday, a daylight-saving transition, a maximum-runtime rule and a loss-of-communications condition.
- Train users and publish procedures. Give tenants a short booking guide and tell facilities staff how to handle urgent requests, faults and schedule disputes.
- Review performance. After an agreed period, compare schedules, logs, billed runtime and energy data against the baseline, documenting other operational changes.
What Aura’s regional examples show
Aura’s official buildings page lists sites in Melbourne, Auckland and Sydney. It says Aura was installed at Citigroup Centre, Sydney, in 2004 and at No. 1 Martin Place in 2005. Aura describes the Citigroup Centre installation as giving tenants more control and building management better reporting; it says the No. 1 Martin Place installation supports after-hours reporting across divisions.
These are vendor-published examples and historical installation dates, not independent customer evaluations or performance statistics. They demonstrate that Aura presents the service as suitable for multi-tenant commercial properties in Australia and New Zealand, but they do not establish that another building will obtain the same result.
How to evaluate Aura against another controls option
If an owner is comparing systems, use the same questions for every candidate and require evidence for the specific building:
- BMS or BMCS compatibility, required protocols and retrofit work.
- Tenant self-service, unique logins and repeat-scheduling limits.
- Zone-level control, minimum and maximum runtime rules and priority overrides.
- Audit logs, whole-building and tenant reporting, invoices and data exports.
- Public-holiday and daylight-saving handling.
- Installation responsibility, commissioning, support and fault recovery.
- The method behind any claimed energy or cost reduction.
Do not rank a system on a percentage claim alone. A lower-risk choice is the one whose integration scope, operating sequence, accountability and measurement plan are explicit before installation.
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Questions to settle before signing off
- Which exact zones and equipment will a booking enable?
- Can the building keep essential ventilation or safety sequences independent of tenant requests?
- What is the response when a tenant books an invalid or unavailable period?
- How are late cancellations, emergency access and conflicting bookings handled?
- Which data is used for tenant billing, and is that method accepted by the lease?
- Who owns the schedule data and who can export it?
- What is the support path if the controller, network or BMS is unavailable?
- How will energy impact be measured without confusing runtime records with electricity consumption?
Bottom line
Aura Asia-Pacific is best understood as a commercial after-hours scheduling and administration layer, not as a stand-alone energy meter or consumer thermostat. Its strongest documented use case is coordinating tenant requests with building controls while giving managers defaults, overrides, logs, reporting and billing tools. The service may integrate with many existing systems and may be retrofit where no BMS exists, but the absence of published protocols or a compatibility matrix makes a site survey essential. Treat the claimed 20–30% annual bill reduction as an unverified vendor claim, then measure your own baseline and results before declaring savings.
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