Purpose-Built Student Accommodation

Intelligent Energy Management for Student Accommodation

Totem reduces energy consumption in PBSA by up to 75% — through room-level control, automated scheduling, and retrofit installation that requires no rewiring, no renovation, and no disruption to residents.

Up to 75%
Energy reduction in PBSA
~15 min
Room install time
>99%
System uptime
Zero
Structural changes needed
The PBSA Energy Problem

Heating is your largest controllable cost — and most of it is wasted

In purpose-built student accommodation, heating and hot water account for as much as 70% of a building's total running costs. Electric heaters, panel heaters, and towel rails run continuously in empty rooms — during lectures, weekends, vacation periods, and overnight — consuming energy that operators are paying for with no benefit to residents.

Traditional building management systems are expensive, invasive to retrofit, and operate at the building level rather than the room level. Operators have had no practical way to manage energy device by device, room by room, without significant capital investment in new infrastructure.

Totem was designed to solve exactly this problem — for existing PBSA buildings, without renovation.

UK Minimum Energy Efficiency Standards (MEES) require rental properties to achieve a minimum EPC rating of C by 2030. Real-time energy monitoring and automated control are among the most cost-effective routes to improving an EPC rating without capital-intensive envelope upgrades.

70%

of PBSA running costs attributable to heating and hot water


2030

UK MEES deadline: all rental properties to reach EPC C


2050

UK net zero target — PBSA operators face increasing ESG scrutiny from institutional investors

The System

Two components. Complete room-level control.

Totem's energy management system consists of two devices — a central hub and individual room control units — that work together over a wireless mesh network. No new cabling. No structural work. Compatible with existing heating appliances already installed in the building.

Central Hub

Totem Connect

The Totem Connect unit connects to your building's internet and mains power, then manages up to 35 individual Totem Control units via wireless mesh. It installs in any riser cupboard, plant room, or out-of-the-way location. Once connected, operators have complete real-time visibility of energy consumption across every connected room — via web browser, smartphone, or tablet from any location.

  • Manages up to 35 Totem Control units per hub
  • Simple internet + mains power connection
  • Configured via web interface — no specialist software
  • Multiple hubs for larger complexes
Room Control Unit

Totem Control

Totem Control units are installed inside or behind individual wall sockets — on any high-energy device above 500 watts. They measure real-time power consumption and allow the device to be remotely switched, scheduled, and monitored from the central dashboard.

Full room commissioning — including fitting the push-button and temperature sensor — takes approximately 15 minutes per room. No damage to the building fabric, no new wiring, no replacement of existing heating equipment.

  • Installs inside or behind existing wall socket
  • ~15 min full room commissioning
  • No damage to building fabric
  • Works with existing heaters, towel rails, and appliances
Why PBSA Operators Choose Totem

Six ways Totem improves your operation

Real-time monitoring

View live energy consumption for every device and room across your entire portfolio from one dashboard, accessible anywhere. Identify high consumers and act immediately.

Individual room control

Control energy at the device level, not just the building level. Automatically power down heaters in unoccupied rooms and restore comfort before residents return.

Automated scheduling

Set custom schedules aligned to term dates, lecture timetables, and occupancy patterns. Devices automatically power down during unoccupied periods without manual intervention.

Energy data analytics

Detailed consumption data for every device supports EPC assessments and ESG reporting. Identify your highest-cost rooms and quantify savings over time with verifiable data.

Portfolio scalability

Totem scales from a single building to a multi-site portfolio of thousands of rooms. All sites managed from one dashboard — adding buildings requires no new cabling infrastructure.

Improve Net Operating Income

Energy savings flow directly to NOI. Reducing energy consumption by up to 75% across a PBSA portfolio materially improves operating margins and asset valuations.

Retrofit Installation

Designed for existing buildings — no renovations required

Totem was built from the ground up for retrofit installation in existing PBSA buildings. There is no requirement for new wiring, no structural alterations, and no replacement of existing heating equipment.

Each Totem Control unit installs inside or behind an existing wall socket. Full room commissioning takes approximately 15 minutes — no drilling, no chasing, no damage to plasterwork. The unit communicates wirelessly to the central hub via a self-healing mesh network, eliminating the need for new data cabling between rooms or floors.

A qualified electrician can commission a full floor of rooms in a single day. PBSA operators can phase the rollout building by building, with each unit fully operational the moment it is commissioned.

  • Riser access required for hub — riser must have a mains power point
  • ~15 minutes per room — remove, install, make good, fit sensors
  • Button & temperature sensor fitted to operator-agreed location
  • No rewiring or new cabling — wireless mesh throughout
  • No replacement of existing heaters or towel rails
  • No structural work or damage to building fabric
~15 min
Full commissioning time per room

What access is required

  • Riser cupboard access
    For Totem Connect hub installation. The riser must have a mains power point available. Hub connects to the building's internet via wired or Wi-Fi.
  • Each room for approximately 15 minutes
    Remove existing socket faceplate, install Totem Control unit behind socket, make good and inspect, then fit the push-button and temperature sensor to a location agreed with the operator.

No specialist HVAC engineers required. A qualified electrician handles the full installation. Room access is pre-agreed with the operator and typically scheduled to minimise disruption to residents.

500W+
Device threshold for Totem Control

Compatible device types

  • Electric panel heaters
  • Storage heaters
  • Towel rails and heated towel bars
  • Fan heaters and convectors
  • Any device rated above 500 watts

Totem works alongside — not instead of — your existing equipment. No replacement of heating appliances is required.

Individual Room Control

Room-level monitoring and control for every device

Totem provides true room-level energy management — not just building-level metering. Each Totem Control unit monitors and controls a specific device in a specific room, giving operators granular visibility and control that traditional BMS systems cannot match without significant infrastructure investment.

From the Totem dashboard, operators can see the real-time power consumption of every individual heater, towel rail, or high-energy device across the portfolio. Devices can be switched, scheduled, and controlled remotely from any device with an internet connection.

  • Real-time power consumption per device and room
  • Remote on/off control from web, smartphone or tablet
  • Configurable schedules per room, floor, or building
  • Outside temperature rules — heating only when needed
  • Alerts for abnormal consumption patterns
  • Historical consumption data for every device

Resident comfort is maintained. Schedules can be configured to restore heating before residents return — ensuring rooms are warm at the right time, with no energy wasted during empty hours.

Portfolio Scale Management

Scalable from a single building to a multi-site portfolio

Totem's architecture is designed to grow with your portfolio. A single Totem Connect hub manages up to 35 individual Totem Control units. For larger buildings, multiple hubs are deployed — all feeding into the same centralised dashboard. For multi-site operators, every building across every location is managed from a single interface.

There is no ceiling on scale. Additional Totem Control units can be added to any building without infrastructure changes. New sites are onboarded by installing a Totem Connect hub and the relevant Control units — the central dashboard updates automatically.

  • 35 rooms per Totem Connect hub — unlimited hubs per site
  • All sites managed from one centralised dashboard
  • No new cabling required to expand to additional rooms or buildings
  • Dashboard accessible via browser, smartphone, or tablet
  • Portfolio-level energy reports for ESG and investor reporting
35
Rooms per Totem Connect hub

How multi-site management works

Each building has its own Totem Connect hub (or multiple hubs for larger buildings). All hubs connect to the central Totem cloud platform, which aggregates data from every device across every site into one dashboard. Operators can view total portfolio consumption, drill down to site level, and then to individual room and device level — without leaving the dashboard.


Per-room, per-device, per-site energy data. One login. Any device with a browser.

Live Case Study

Bargate House, Southampton Updated weekly

122-room purpose-built student accommodation. Full building installation with corridor signal boosters. Live energy savings data below — refreshed automatically every week.

122
Rooms installed

Full building coverage across all 122 student rooms. Totem Control units installed inside existing wall sockets — no structural alterations to the building.

>99%
System uptime since January 2026

Continuous operation with greater than 99% uptime. Corridor signal boosters were deployed to maintain wireless mesh integrity throughout the building's construction.

Fail-safe design — students are never left cold

In the rare event of a unit fault or connectivity issue, Totem defaults to full power rather than switching off. In any failure scenario, heating continues to operate normally. No student at Bargate House has ever been left without heating due to a Totem fault.

Data Methodology

As Bargate House was a new building, Totem measured actual consumption for one full month after installation, then scaled this to an annual baseline using a seasonal energy profile matched to a typical academic year — peak energy share in January and February (14% each), lower in summer months. Actual monthly consumption is compared against this seasonally-adjusted baseline to calculate verified savings. Weekly snapshots use daily-average baseline scaling.

Regulatory & ESG Compliance

Built for the compliance landscape PBSA operators face

UK PBSA operators are facing tightening energy regulation and increasing ESG scrutiny from investors. Totem's data infrastructure is designed to support compliance reporting as well as operational efficiency.

UK MEES (EPC-C by 2030)

Minimum Energy Efficiency Standards require all rental properties to achieve a minimum EPC C rating by 2030. Active energy management and monitoring supports EPC assessments and targeted improvements without structural overhaul.

ESG & Investor Reporting

Institutional investors in PBSA are increasingly demanding verified energy consumption data. Totem provides granular, device-level data that supports Scope 1 and Scope 2 emissions reporting, ESG frameworks, and net-zero pathway planning.

Net Zero 2050

The UK's legally binding net-zero target creates long-term pressure on all building operators. Totem's data infrastructure provides the foundation for phased decarbonisation planning — identifying highest-impact improvements across an estate.

Common Questions

Everything you need to know

Yes — and this is where Totem is fundamentally different from traditional building management systems. Installation requires two types of access: riser cupboard access for the Totem Connect hub, and access to each room for approximately 15 minutes. There is no new wiring between rooms, no structural alterations, and no replacement of existing heating equipment. The system communicates wirelessly via a self-healing mesh network.
Two types of access are required. First, access to a riser cupboard or plant room for the Totem Connect central hub — the riser must have a mains power point available. The hub connects to the building's internet via wired Ethernet or Wi-Fi. Second, access to each individual room for approximately 15 minutes. During each room visit, a qualified electrician removes the existing socket faceplate, installs the Totem Control unit inside the back box, makes good and inspects the installation, then fits a push-button and temperature sensor to a location agreed with the operator.
Real-time monitoring in PBSA delivers benefits across cost, operations, sustainability, and compliance. Heating and hot water can account for up to 70% of a PBSA building's running costs — real-time monitoring identifies and eliminates waste from unoccupied rooms, failed equipment, and inefficient scheduling. Key benefits include: significant reduction in energy consumption (up to 75%); accurate energy data for ESG reporting and EPC compliance under UK MEES; automated fault detection; configurable occupancy schedules; and per-device analytics showing exactly where energy is being wasted.
Yes. Totem scales from a single student accommodation building to a multi-site PBSA portfolio with no ceiling. Each Totem Connect hub manages up to 35 Totem Control units. Multiple hubs can be deployed across a single large complex or across multiple buildings, all managed from one centralised dashboard. The wireless mesh architecture means scaling to additional rooms or buildings requires no new cabling infrastructure.
No. Totem is designed with a fail-safe default: in the event of any unit fault or connectivity issue, the unit defaults to full power rather than switching off. In any failure scenario, heating continues to operate normally. Resident comfort is never at risk from a Totem fault. At Bargate House, which has been operational since January 2026 across 122 rooms, no student has ever been left without heating due to a Totem fault.
UK Minimum Energy Efficiency Standards (MEES) require all rental properties to achieve a minimum EPC C rating by 2030. Totem supports compliance in two ways: first, by reducing actual energy consumption by up to 75%, which directly improves EPC scores; and second, by providing granular, verifiable energy consumption data for every device and room — data that supports EPC assessments, enables targeted improvements, and satisfies ESG reporting requirements from institutional investors.

Ready to reduce energy costs across your PBSA portfolio?

Book a demo to see how Totem works, or get in touch to discuss your specific building requirements.