Energy Monitoring: 5 Best UK Monitors [2026]

That heart-stopping moment when the email from your energy supplier lands in your inbox. You brace yourself, click open the attachment, and your eyes widen at the three-digit figure glaring back at you. In an era of volatile energy prices, this feeling has become all too familiar for millions of households across the UK. It’s a feeling of helplessness, of being at the mercy of forces beyond your control. But what if you could regain that control? What if you could see, in real-time, exactly where every penny of that bill was going? This isn't science fiction; it's the power of home energy monitoring. The simple act of observing your consumption can trigger powerful behavioural changes, leading to savings of 5-15% before you even switch a single appliance. Here at MyGadgetDad, we believe knowledge is power, and this comprehensive guide will give you all the knowledge you need to become the master of your home's electricity usage.

Why Monitoring Matters: The Psychology of Savings

It might sound too good to be true, but numerous studies from academic institutions and energy companies have confirmed a fascinating phenomenon: when people are given real-time, easily understandable feedback on their energy consumption, they naturally reduce it. This isn't about sitting in the dark or giving up modern conveniences. It's about awareness. This behavioural shift, often called the 'feedback effect' or likened to the Hawthorne effect, is driven by a few key psychological triggers. When your electricity usage is just an abstract number of kilowatt-hours (kWh) on a bill, it's difficult to connect it to your daily actions. An energy monitor transforms that abstract data into something tangible: pounds and pence, ticking up right before your eyes.

Suddenly, boiling the kettle for one cup of tea has a visible cost. You can see the exact moment the electric shower kicks in and your usage skyrockets. The 'vampire power' from devices on standby is no longer a myth but a constant, low-level drain on your bank account that you can see on a graph. This visibility creates a powerful feedback loop. You turn off a light, and you see the number on the display drop. You run the dishwasher overnight on a cheap tariff, and you see the dramatically lower cost the next morning. This immediate reinforcement of positive actions is incredibly motivating. It gamifies the process of saving energy; you start competing with yourself to get your 'baseload' power down or to beat last week's consumption record.

This empowerment is the core benefit of energy monitoring. You are no longer a passive victim of your energy bill but an active, informed manager of your home's resources. You can make conscious decisions based on real data. Should you replace that old, inefficient fridge-freezer in the garage? A simple plug-in monitor can tell you exactly how much it's costing you to run each year, making the decision to upgrade a simple calculation of return on investment. Energy monitors demystify your electricity bill, moving you from a state of anxious uncertainty to one of confident control.

For most people in the UK, the journey into energy monitoring begins with a smart meter. These digital devices replace your old analogue meters and are being rolled out nationwide by energy suppliers at no upfront cost to the consumer. The current generation, known as SMETS2 (Smart Metering Equipment Technical Specifications 2), are the gold standard. Unlike their SMETS1 predecessors which often 'went dumb' if you switched suppliers, SMETS2 meters are designed to be interoperable, communicating through a secure national network run by the Data Communications Company (DCC). This means your meter should continue to work seamlessly even if you find a better deal with a new provider.

A smart meter's primary job is to automatically send your gas and electricity readings to your supplier, putting an end to estimated bills and the hassle of manual meter readings. However, its most visible benefit for the homeowner is the small, portable screen it comes with: the In-Home Display, or IHD. This little gadget is your first window into your real-time energy use. It typically sits on your kitchen counter and shows you how much electricity you're using at that very moment, usually expressed in kilowatts (kW), and the cost per hour at that rate. It also provides historical data, allowing you to see your consumption and cost for the day, week, or month.

While the IHD is a fantastic starting point and is responsible for driving much of the 'awareness savings' we've discussed, it does have significant limitations. The data is often quite basic. It can tell you that your usage has spiked, but it can't tell you *why*. Was it the oven, the tumble dryer, or the EV charger? The IHD has no way of knowing. Furthermore, they are often generic, budget devices that can suffer from connectivity issues, losing their signal from the meter (which might be in a cupboard or outside) and leaving you blind. Think of the standard-issue IHD as the free, basic tool. It gives you a taste of what's possible, but to truly become an energy expert in your own home, you'll need to upgrade to more advanced equipment.

When you're ready to move beyond the basics of the IHD, a dedicated whole-home energy monitor is your next logical step. These powerful devices provide a far more detailed and insightful view of your electricity consumption. Most work by attaching one or two current clamp sensors around the main live and neutral cables that feed into your consumer unit (or 'fuse box'). This process is non-invasive, as the clamps simply clip around the outside of the insulated cables to measure the magnetic field created by the electrical current. It's a task a competent DIYer can often do safely after turning off the main power, though consulting a qualified electrician is always the recommended and safest route. Once installed, the monitor transmits this data wirelessly to a hub or directly to your Wi-Fi, making it accessible through a sophisticated smartphone app.

One of the most talked-about players in this space is Sense. The Sense monitor uses a single set of clamps but employs advanced AI and machine learning to analyse the unique 'electrical signature' of different appliances turning on and off. Over a period of weeks and months, it learns to identify your fridge, washing machine, kettle, and more, all without needing individual sensors on each device. The upside is this potentially magical, automated breakdown of your usage. The downside is the high initial cost (typically £250-£300), the fact it can take a long time to learn, and that its detection is not always 100% accurate, sometimes misidentifying or failing to find certain appliances. It's a premium product for those who love cutting-edge tech and are patient enough to let the AI do its work.

A hugely popular and more budget-friendly alternative is the Emporia Vue Gen 2. Hailing from the US but now widely available in the UK, its key advantage is the inclusion of multiple, smaller clamps for individual circuits. For around £150, you can get a kit that not only monitors your home's total usage but also up to 8 or 16 specific circuits. This means you can see exactly how much power your kitchen sockets, upstairs lighting, or electric hob circuit is drawing. This approach is less 'magic' than Sense but arguably more reliable and immediately useful, as you are explicitly telling the app which circuit is which. It provides incredibly granular data right out of the box, making it a favourite among data-driven homeowners.

For those who want to avoid any installation inside their consumer unit, there are fantastic UK-specific options that leverage the data from your existing smart meter. Loop is a completely free service and app that securely connects to your smart meter's data via the cloud. After a simple online sign-up, it pulls your half-hourly consumption data and presents it in a user-friendly interface. While not truly 'real-time' (there can be a delay of a few hours), it's a brilliant, zero-cost way to analyse patterns and track your usage over time. Similarly, Hildebrand offers the Glow IHD, a product centred around a Consumer Access Device (CAD) that pairs directly with your smart meter. This provides a much faster and more detailed data feed than a standard IHD and, crucially for tech enthusiasts, offers local MQTT and cloud API access, allowing for integration with smart home platforms like Home Assistant.

Whole-Home Monitor Comparison

While a whole-home monitor gives you the big picture, sometimes you need to zoom in to solve a specific mystery or understand the precise impact of a single appliance. This is where circuit-level and plug-in monitors shine, providing the forensic detail needed to become a true energy detective. These tools allow you to move from knowing 'the kitchen is using a lot of power' to knowing 'the old microwave on standby is costing me £25 a year for no reason'. This level of detail is crucial for making targeted, effective changes that lead to significant savings.

Circuit-Level Monitoring

As we touched on earlier, circuit-level monitoring is the standout feature of the Emporia Vue Gen 2. The standard kit comes with clamps for your main incomer cables, plus eight smaller 50A sensor clamps. These can be clipped around the live wire of individual circuits as they leave your consumer unit. For instance, you could assign sensors to your 'downstairs ring main', 'kitchen ring main', 'electric oven', 'immersion heater', 'electric shower', and 'EV charger'. The Emporia app then displays the real-time and historical usage not only for your entire house but for each of these monitored circuits individually. This is incredibly powerful. You can instantly see how much it costs to cook Sunday roast or run the immersion heater for an hour. It removes all guesswork and provides undeniable evidence of where your big energy costs lie.

For those already invested in a specific smart home ecosystem, other options exist. The Aeotec Z-Wave Home Energy Meter (Gen5) is a popular choice for users of hubs like Hubitat or Home Assistant with a Z-Wave stick. Like other monitors, it uses clamps on your main cables but communicates using the Z-Wave wireless protocol instead of Wi-Fi. This allows it to integrate deeply into an existing smart home network, using its data to trigger complex automations. While it doesn't typically offer multi-circuit monitoring in the same way as Emporia, its strength lies in its robust integration capabilities for the dedicated smart home hobbyist.

Plug-In Smart Energy Monitors

The simplest, cheapest, and most accessible form of energy monitoring is the plug-in meter. These gadgets, which have evolved into smart plugs with energy monitoring capabilities, sit between the wall socket and an appliance's plug. They measure the exact amount of power flowing through to that one device and display it in a companion app. They are the perfect tool for targeted investigations. Wondering if your new 65-inch OLED TV is an energy hog? Plug it in via a monitoring plug. Curious about how much power your gaming PC or your collection of phone chargers draws on standby? These plugs will give you the answer, down to the last watt.

In the UK, the TP-Link Tapo P110 is an undisputed champion in this category. It's affordable, often available for just £12-£15, reliable, and backed by the excellent Tapo app. The app shows you the current power draw, today's consumption, and a 30-day history, along with the total running time. As a smart plug, you can also use it to set schedules or remotely turn the appliance off – perfect for ensuring devices are truly off and not just on standby. For those in the Apple ecosystem, the Eve Energy smart plug is a more premium option at around £35. It integrates flawlessly with Apple HomeKit and the Eve app, which provides beautiful graphs and detailed cost projections. Its use of the Thread mesh network (in recent versions) also makes it incredibly responsive and reliable.

Using these plugs is the best way to hunt down 'vampire power' – the electricity consumed by devices in standby mode. You might be shocked to discover that your TV media box, satellite receiver, or printer collectively draw 20-30 watts continuously, 24/7. At an electricity price of 30p/kWh, a constant 30W draw adds up to over £78 over the course of a year. A £12 Tapo P110 that helps you identify and eliminate that waste will pay for itself in less than two months.

Plug-In Monitor Comparison

Making Sense of the Data: Understanding Your Energy Usage Patterns

Installing an energy monitor is like turning on a light in a previously dark room. At first, the sheer amount of data can seem overwhelming, but by learning to spot a few key patterns, you can quickly transform that raw data into actionable intelligence. The graphs and numbers in your monitor's app tell a story about how your household lives and breathes, and learning to read that story is the key to unlocking savings. Whether you're looking at a real-time power graph or a historical consumption chart, three concepts are fundamental: baseload, peak demand, and phantom load.

Your Home's 'Baseload' Consumption

Your baseload, sometimes called 'base consumption' or 'always-on power', is the amount of electricity your home consumes consistently, 24 hours a day, 7 days a week. It's the minimum level of power your home ever draws, even in the middle of the night when everyone is asleep. You can easily identify this on your energy monitor's graph – it's the lowest point your usage typically drops to for any sustained period. This power is consumed by appliances that are always running, such as your fridge and freezer, and devices that are in standby mode, like your television, microwave, router, and smart speakers. A typical UK home might have a baseload between 100W and 300W. A lower baseload is always better, as this is energy you're paying for every single second of every day. A high baseload (e.g., over 400W) often points to a problem, such as a faulty or very inefficient old appliance, or a large number of devices left on standby.

Identifying Peak Demand

In contrast to the constant hum of your baseload, peak demand refers to the short, sharp spikes in your electricity usage. On a graph, these look like steep mountains. These peaks almost always correspond to the use of high-power appliances. The classic culprits are an electric kettle (2-3kW), an electric shower (8-10kW), an oven (2-4kW), a tumble dryer (2-3kW), or a powerful vacuum cleaner (~2kW). By looking at your monitor when you perform these activities, you start to build a mental map of their impact. Seeing your home's usage jump from 0.3kW to 9.3kW the moment someone switches on the shower is a powerful educational tool. Understanding your peaks is especially important if you are considering a time-of-use tariff, as using these high-power devices during expensive peak hours can have a punishing effect on your bill.

Hunting Phantom Load and Vampire Power

Phantom load and vampire power are terms for the electricity wasted by devices that are turned off but still drawing power. This is a significant component of your baseload. While a single device might only draw a few watts, collectively they can represent a huge, unnecessary expense. Modern monitors are sensitive enough to show the small jump in baseload when you plug in a new device, but plug-in meters are your best weapon here. Go on a 'vampire hunt': plug your TV, games console, computer, and phone chargers into a monitoring plug one by one. You might find your console draws 15W in its 'instant on' standby mode. That's a staggering 131 kWh a year, costing you almost £40 at 30p/kWh just for the convenience of faster boot-ups. Armed with this data, you can make an informed choice to switch to its 'eco' standby mode or turn it off at the wall, instantly banking those savings.

Once you have a firm grasp of your energy usage patterns, you can move from passive observation to active manipulation. The single most powerful strategy for slashing your electricity bill, especially if you have high-consumption appliances like an Electric Vehicle (EV) or a heat pump, is to switch to a Time-of-Use (ToU) tariff and practice 'load shifting'. A traditional flat-rate tariff means you pay the same price for a kilowatt-hour of electricity whether you use it at 3pm on a sunny afternoon or 3am in the middle of the night. ToU tariffs, in contrast, have variable prices, offering super cheap electricity during off-peak hours (when demand is low and renewable generation is often high) and more expensive electricity during peak hours (typically 4pm-7pm).

In the UK, Octopus Energy has been a pioneer of innovative ToU tariffs. Their Agile Octopus tariff is the most dynamic, with electricity prices that change every 30 minutes based on the wholesale market price. On windy, sunny days, prices can plummet, and occasionally they even 'plunge' into negative territory, where you actually get paid to use electricity. This tariff is perfect for the highly engaged energy user who can be flexible and responsive. A more common and accessible approach is a simpler import/export tariff like Octopus Go or Intelligent Octopus Go. These are primarily designed for EV owners and offer a block of very cheap electricity overnight, for instance, 7.5p/kWh between 12:30am and 5:30am, while the day rate might be closer to the standard price cap. Other suppliers like OVO and E.ON also offer similar EV or 'smart' tariffs.

Without an energy monitor, using these tariffs is flying blind. With a monitor, it becomes a strategic game you can win. The strategy is called load shifting: consciously moving your energy consumption from expensive peak periods to cheap off-peak periods. Here’s a step-by-step guide:

1. Identify Shiftable Loads: Use your whole-home or plug-in monitor to identify appliances that use a lot of power but don't need to be run at a specific time. The prime candidates are your washing machine, dishwasher, tumble dryer, and, most significantly, your EV charger. Your immersion heater for hot water is another excellent candidate.

2. Know Your Tariff Windows: Check your supplier's app or website to be certain of your cheap and expensive rate periods. For Octopus Go, it might be 12:30am - 5:30am. For Agile, it could be any half-hour slot.

3. Automate and Schedule: Use the built-in delay timers on your washing machine or dishwasher to start their cycles after midnight. Program your smart EV charger (like a Myenergi Zappi or Ohme ePod) to only charge during the cheap window. Use a smart plug with scheduling for 'dumb' appliances, or if your immersion heater is on its own circuit, a simple mains timer switch can be used.

The financial impact of load shifting is profound. Let's take a real-world example. A typical dishwasher cycle uses about 1.5 kWh. On a peak rate of 40p/kWh, that cycle costs 60p. By shifting it to an overnight rate of 7.5p/kWh, the cost plummets to just 11p. That's a saving of 49p per cycle. If you run your dishwasher five times a week, that's £127 saved in a year from that one appliance alone. Now apply the same logic to your 7kW EV charger. Charging a 60kWh battery from empty would cost £24 at the peak rate but only £4.50 at the off-peak rate. An energy monitor gives you the confidence that your scheduling is working and that no other major appliances are accidentally running during the expensive periods.

An energy monitor is more than just a data-gathering tool; it's a proactive assistant in your mission to cut costs. The apps that accompany modern monitors like Emporia, Sense, and even smart plugs like Tapo are packed with features designed to help you stay on track. Two of the most useful features are budget setting and high-usage alerts. Most apps allow you to set a daily, weekly, or monthly budget in either kWh or pounds and pence. The app will then track your consumption against this budget, showing you at a glance whether you are on, over, or under your target. This provides a clear, simple goal and an immediate visual indicator of your performance, turning energy saving into a manageable and measurable objective.

High-usage alerts are your home's early-warning system. You can configure your app to send a push notification to your phone if your home's power consumption exceeds a certain threshold for a specific duration. For example, you could set an alert for 'Usage has exceeded 4kW for more than 10 minutes'. This is incredibly useful for catching energy-wasting mistakes. Perhaps a family member has turned on the electric shower and forgotten to turn it off properly, or the immersion heater has been accidentally switched on. These alerts can save you a small fortune by flagging up unusual, high-cost events that might otherwise go unnoticed for hours.

Armed with these tools, you can embark on a systematic waste-hunting mission. This isn’t a random process but a structured investigation, following the approach recommended by the Energy Saving Trust and monitor manufacturers. Start by establishing a baseline. For one week, just live normally and let the monitor gather data on your typical patterns. Then, perform a 'Big Switch Off'. Choose a time when you can, and for 15 minutes, turn off every single circuit breaker in your consumer unit except the one powering your router and monitor (if needed). Note your home's power draw—this should be close to zero. Now, turn the circuits back on one by one, waiting a minute between each. Watch your monitor's app. When you flick a switch and see the usage jump by 150W, you've found a major source of your baseload. Finally, use a plug-in monitor to investigate the individual appliances on that suspect circuit to pinpoint the exact culprit. This methodical approach turns you from a passive bill-payer into a proactive energy auditor.

For the growing number of UK homes with solar PV panels, an energy monitor isn't just a useful gadget—it's an absolutely essential component for maximising your return on investment. A standard solar inverter will tell you how much power your panels are *generating*, but that's only half the story. The crucial missing pieces of information are how much electricity your home is *consuming* at the same time, and consequently, how much you are *importing* from or *exporting* to the grid. Without monitoring both generation and consumption simultaneously, you are flying blind and likely wasting a significant amount of your own 'free' electricity.

Specialised solar energy monitors, such as the Emporia Vue Gen 2 with solar expansion or the Sense Solar, solve this problem. In addition to the clamps on your main household supply, they include a second set of clamps that you attach to the cables coming from your solar inverter. This allows the app to display four key data streams at once: Solar Generation, Home Consumption, Grid Import, and Grid Export. The ultimate goal for any solar panel owner is to maximise self-consumption – using the power you generate in your own home, rather than exporting it to the grid for a relatively low payment via the Smart Export Guarantee (SEG).

The monitor's app provides a clear, visual representation of these energy flows. You might see a graph showing you are generating 3,000W on a sunny afternoon, but your home is only consuming 500W. This means you are exporting 2,500W to the grid. While you get paid for this export, the rate (typically 5-15p/kWh) is far lower than the price you pay to import electricity later in the evening (perhaps 30p/kWh). Seeing this in real-time is a powerful call to action. It tells you that *right now* is the perfect time to run the washing machine, switch on the dishwasher, or charge your EV. You are effectively 'mopping up' that excess solar generation, powering your appliances for free instead of exporting the energy for a pittance and buying it back later at a premium.

This data-driven approach to energy use is transformative. Before a monitor, a solar owner might run their dishwasher overnight on a timer out of habit. With a monitor, they learn to run it at 2pm on a sunny day at zero cost. It enables intelligent decisions about energy storage, too. By analysing your generation and export patterns, you can accurately calculate the potential savings and payback period for a home battery, making a major financial decision based on your own real-world data, not just a salesperson's pitch.

Theory and statistics are one thing, but the impact of energy monitoring is easier to grasp through worked examples. The two illustrative UK household scenarios below are modelled on commonly reported owner findings, published tariff rates and manufacturer data — they are not accounts of specific households.

Worked Example 1: A Family in a 3-Bed Semi with an EV

The Problem: A family of four with two young children and a new electric car. Their monthly electricity bills were alarmingly high and unpredictable, often exceeding £200, creating significant financial stress. They were charging their EV whenever they got home from work and had no idea where the rest of the energy was going.

The Solution: They purchased an Emporia Vue Gen 2 for £150 and had an electrician install it, assigning monitoring clamps to the EV charger, kitchen ring, and immersion heater circuits.

The Discoveries: The data was an eye-opener. The EV charger was drawing 7kW during the 4pm-7pm peak period, costing them a fortune. The second-hand American-style fridge-freezer in the kitchen was a huge energy hog, contributing almost 150W to their baseload. The kids' games consoles were often left in 'instant-on' mode, collectively drawing 25W, 24/7.

The Actions & Results: Armed with data, they switched to the Octopus Intelligent Go tariff, which gave them an overnight rate of just 7.5p/kWh. They programmed their EV charger to only operate during this cheap window. They used the dishwasher's delay start to also run overnight. The data from the fridge-freezer was so damning (£115 per year just for that one appliance) that they sold it and bought a new, A-rated model. The instant payback from this one change was huge. The children were taught to use the 'eco-standby' mode on their consoles.

Worked Example 2: A Retired Couple with Solar Panels

The Problem: A retired couple in a bungalow had invested in a 4kWp solar panel system but felt their bills were still too high. They were receiving a small payment for their exported energy but were still importing a lot of expensive electricity in the evenings.

The Solution: They installed a Hildebrand Glow IHD & CAD which connected directly to their SMETS2 smart meter. This allowed them to see their import and export in near real-time on the Bright app without needing an electrician.

The Discoveries: The app's charts clearly showed a 'camel's back' pattern. A huge hump of solar export in the middle of the day, followed by a spike of imported energy in the evening to cook dinner and watch TV. Their hot water immersion heater was on a timer for the early morning, using grid electricity just before the sun came up.

The Actions & Results: This was all about behaviour change and load shifting. They changed the immersion heater timer to a 1-hour boost in the middle of the day (around 1pm), which was now powered entirely by free solar energy. They made a conscious effort to use the washing machine and dishwasher on sunny afternoons instead of in the evenings. Seeing the live data became a habit; if they saw they were exporting over 2kW, they'd see it as a prompt to use a high-draw appliance.

The result was a dramatic increase in their self-consumption rate (the percentage of solar power they used themselves) from an estimated 25% to over 60%. This directly reduced the amount of expensive peak-rate electricity they needed to buy. Their annual electricity import from the grid dropped by over 1,100kWh. At an average import price of 30p/kWh, this represented a direct saving of £330 per year, all for a £70 investment.

For those who have already ventured into the world of smart homes, an energy monitor acts as the ultimate sensory organ for your setup. The data it provides – particularly from monitors with open APIs or integrations like Emporia, Hildebrand Glow, or Aeotec – can be used as a powerful trigger for sophisticated automations. This elevates your smart home from a collection of remote-controlled gadgets to a truly intelligent, energy-responsive environment. Platforms like Home Assistant, IFTTT (If This Then That), and even Amazon Alexa routines can leverage this data to make decisions for you.

Home Assistant, an open-source home automation platform, is particularly adept at this. With the right integrations, you can create incredibly powerful automations. For example, you can create a rule that says, 'If my solar panel export to the grid is greater than 2,500W for more than 5 minutes, turn on the smart plug connected to my immersion heater until it is hot, then turn it off.' This is the holy grail of solar self-consumption, fully automated. Another useful automation could be, 'If my total household energy usage exceeds 8kW (indicating the electric shower is on), pause the charging of the electric vehicle until usage drops below 3kW.' This prevents you from accidentally tripping your main fuse.

Even with simpler systems, you can achieve great results. IFTTT can connect services that don't natively talk to each other. You could create an applet: 'If my Emporia monitor detects usage above 5kW, send a notification to my phone.' This acts as a universal high-usage alert. The smart home integrations for Alexa and Google Assistant are also improving. You can often ask your voice assistant, 'Alexa, ask Sense how much power my house is using,' providing a quick and easy way to check your status without opening an app. This integration of energy data transforms your home, enabling it to automatically align its consumption with periods of low cost or high solar generation, saving you money without you even having to think about it.

We've journeyed from the initial shock of a high energy bill to the empowered position of a data-driven homeowner. We've seen that you don't have to be an energy expert or an electrician to take back control. The path is clear: it starts with awareness, cultivated by a simple smart meter IHD. It progresses to deep understanding, provided by a powerful whole-home monitor like an Emporia Vue or Sense. It is then refined through forensic investigation using plug-in monitors like the Tapo P110. Finally, this knowledge is turned into automated, consistent savings by embracing load shifting, time-of-use tariffs, and smart home integrations.

The core principle remains unshakably true: you cannot manage what you do not measure. An investment of between £70 and £250 in a good monitoring system is not an expense; it's an investment that, as we've seen, can pay for itself in a matter of months and go on to save you hundreds, if not thousands, of pounds over its lifetime. It changes your relationship with energy from one of passive consumption to one of active management. Here at MyGadgetDad, our mission is to demystify smart technology and empower you with the tools and knowledge to save money and live more efficiently. Your journey to mastering your energy usage starts with a single step: choosing to see. The power is, quite literally, in your hands.

Energy monitoring provides the data foundation for all your efficiency improvements. Put your insights into action with these guides:

Home Energy Savings Hub — The complete framework for prioritising your energy-saving investments based on the data your monitor reveals.

Smart Heating Controls Guide — Your monitor will likely show heating as your biggest cost. This guide helps you optimise it with smart thermostats and TRVs.

Power Management Guide — Once your monitor identifies phantom power waste, use smart plugs to eliminate it automatically.