Author: admin.ec

 

Smart energy meters are essential tools for monitoring and managing energy consumption in industrial settings. Unlike traditional meters, which provide only basic usage readings, smart meters deliver real-time, detailed data that gives businesses greater visibility over their energy use. This insight enables more efficient operations, cost savings, and compliance with sustainability targets.

Real-Time Monitoring and Data Accuracy

In an industrial environment, energy demands fluctuate constantly—across machinery, HVAC systems, lighting, and process lines. A smart energy meter continuously measures these loads and transmits accurate consumption data at regular intervals. This real-time visibility allows engineers and facility managers to understand exactly where energy is being used, when peaks occur, and how different systems behave over time.

By tracking consumption in granular detail, smart meters help identify inefficiencies that might otherwise go unnoticed. For example, they can flag equipment that runs outside of operating hours or draw excessive power due to wear or faults.

Integration with Energy Management Systems

Most industrial sites pair their smart meters with an energy management system (EMS), allowing data to be collected, visualised and analysed through a central platform. This integration supports benchmarking across departments or shifts, tracks performance over time, and helps decision-makers spot opportunities for savings.

Smart meters also support automated reporting, which can reduce administrative time and ensure data consistency for ESG reporting, audits, or ISO 50001 compliance.

Load Profiling and Demand Management

Smart meters are capable of producing detailed load profiles. These profiles show how energy use varies throughout the day, helping companies manage demand more effectively. By aligning operations with off-peak periods, or by staggering equipment usage to reduce load spikes, businesses can minimise charges related to peak demand and avoid penalties.

For manufacturers, this means better control over energy-intensive processes and the ability to plan maintenance or production schedules with energy efficiency in mind.

Supporting Multi-Site and Remote Monitoring

For businesses operating across several facilities, smart meters can be installed at each location and connected to a central monitoring platform via technologies such as LoRaWAN. This allows organisations to compare performance across sites, benchmark usage, and implement consistent energy-saving strategies at scale.

Remote access also means that energy managers can monitor consumption trends, receive alerts, and make informed decisions from anywhere—without needing to be on site.

Smart energy meters are far more than just digital upgrades to traditional meters. In industrial environments, they form the foundation of energy visibility, helping businesses reduce costs, improve efficiency and drive sustainability. With accurate data at their fingertips, companies can act quickly, eliminate waste, and futureproof their operations in a competitive and energy-conscious market.

 

As the UK pushes towards a net-zero future, businesses are under increasing pressure to monitor, report and reduce their energy usage. Two key government-led schemes—SECR and ESOS—play a central role in this shift. Both are designed to improve corporate energy transparency and efficiency, but they differ in scope, requirements and frequency.

Here's what businesses need to know.

What Is SECR?

SECR stands for Streamlined Energy and Carbon Reporting. Introduced in 2019, it replaced the Carbon Reduction Commitment (CRC) Energy Efficiency Scheme and forms part of the UK’s commitment to reducing greenhouse gas emissions.

Who Needs to Comply?

SECR applies to:
• Quoted companies of any size listed on the stock exchange
• Large unquoted companies and LLPs that meet two or more of the following:
250+ employees
£36 million+ annual turnover
£18 million+ balance sheet total

Organisations that use 40,000 kWh or less during the reporting year are exempt from most SECR disclosures.

What Does SECR Involve?

Under SECR, qualifying businesses must include energy use and carbon emissions data within their annual Directors’ Report. This includes:

• Total energy use (electricity, gas, transport)
• Associated greenhouse gas emissions
• An intensity ratio (e.g. tonnes of CO₂ per £million turnover)
• Energy efficiency actions taken during the reporting year
• Methodology used for calculations

SECR promotes transparency and accountability, helping stakeholders understand an organisation’s environmental impact.

What Is ESOS?

ESOS stands for Energy Savings Opportunity Scheme. It is a mandatory energy assessment and energy-saving identification programme introduced to comply with the EU Energy Efficiency Directive, and it remains UK law post-Brexit.

Who Needs to Comply?

ESOS applies to large UK undertakings and their corporate groups that meet either of the following:

• 250 or more employees
• An annual turnover in excess of £44 million and an annual balance sheet over £38 million

ESOS assessments must be carried out every four years. The next compliance deadline is for Phase 3, due on 5 December 2024.

What Does ESOS Involve?

Businesses must:
• Measure their total energy consumption across buildings, transport and processes
• Carry out energy audits for areas of significant consumption
• Identify practical energy-saving opportunities
• Have the assessment reviewed and signed off by a qualified ESOS Lead Assessor
• Notify the Environment Agency of compliance

Importantly, businesses are not obligated to implement the energy-saving recommendations—but they must identify them and report appropriately.

Why These Schemes Matter

Both SECR and ESOS are part of the UK’s wider strategy to increase business accountability in tackling climate change. For businesses, they offer not just a compliance obligation but an opportunity to reduce costs, improve operational efficiency, and enhance ESG credentials.

Non-compliance can result in enforcement action, reputational damage, and missed opportunities to reduce energy-related expenses.

How Elcomponent Supports SECR and ESOS Compliance

At Elcomponent, we provide the data tools and systems that businesses need to meet their SECR and ESOS obligations confidently and accurately.

Our offerings include:
• Smart metering and sub-metering systems to monitor energy usage at granular levels
• LoRaWAN-enabled devices for cost-effective monitoring across large or multi-site operations
• MW2 energy software for real-time reporting, visualisation and data export—perfect for inclusion in SECR submissions or ESOS audits

Whether you're starting from scratch or strengthening an existing energy strategy, our solutions help simplify compliance while identifying measurable opportunities for savings and improvement.

SECR and ESOS are more than just checkboxes for compliance—they are essential frameworks for managing energy consumption, reducing costs and driving environmental performance. As regulatory expectations grow, businesses that understand and embrace these schemes will be best placed to lead the way in sustainable, responsible growth.

 

As sustainability climbs higher on the corporate agenda, businesses across the UK are under growing pressure to demonstrate their commitment to environmental, social and governance (ESG) principles. One of the most effective ways to do this is through compliance with ISO 50001—the international standard for energy management systems.

Backed by rigorous energy audits and transparent ESG reporting, ISO 50001 provides a clear framework for improving energy efficiency, reducing carbon emissions and embedding a culture of continuous improvement. For UK businesses, it’s more than a badge of honour—it’s becoming a key driver of operational resilience and long-term sustainability.

What Is ISO 50001 Compliance?

ISO 50001 is a globally recognised standard that helps organisations develop and maintain an effective energy management system (EnMS). It sets out best-practice requirements for monitoring, measuring and improving energy performance—covering everything from policy development to operational control, data analysis and employee engagement.

Crucially, ISO 50001 encourages businesses to set realistic energy performance indicators (EnPIs) and work systematically towards them. It’s a proactive approach designed to reduce environmental impact and energy costs while demonstrating accountability to stakeholders, investors and regulators.

The Link Between ESG and ISO 50001

Environmental performance is a core pillar of ESG, and ISO 50001 offers a proven pathway to meet these expectations. By aligning energy strategies with ISO 50001, organisations can strengthen their ESG reporting with measurable results backed by independently verified audits.

Transparent reporting on energy use, emissions reduction, and efficiency measures helps businesses stand out to investors, satisfy supply chain requirements and build trust with customers. It also supports regulatory compliance with schemes such as SECR (Streamlined Energy and Carbon Reporting) and ESOS (Energy Savings Opportunity Scheme).

The UK Business Landscape

Thousands of UK businesses are already embracing energy efficiency. According to recent data from the ISO, over 18,000 organisations globally had achieved ISO 50001 certification by 2023—with the UK ranking among the top 10 countries for adoption. Around 30% of large UK organisations have either achieved certification or are actively working towards it, particularly in sectors such as manufacturing, logistics, higher education and large-scale retail.

With rising energy prices and increasing stakeholder scrutiny, ISO 50001 is no longer just a best practice—it’s becoming a strategic imperative.

How Elcomponent Supports ISO 50001 Compliance

At Elcomponent, we help businesses turn energy ambition into measurable results. Our advanced sub-metering systems, LoRaWAN connectivity, and MW2 energy monitoring software are designed to support every stage of ISO 50001 compliance—from data collection and analysis to auditing and reporting.

By delivering accurate, real-time energy data across single or multiple sites, we give organisations the insight they need to meet performance indicators and evidence continuous improvement. Our systems also support robust ESG reporting, providing the data clarity needed for boardroom decisions and third-party audits.

We work with a wide range of UK businesses—from universities and factories to logistics operators and retailers—installing scalable energy monitoring solutions that align directly with the ISO 50001 framework.

ESG reporting and ISO 50001 are not just about compliance—they’re about competitiveness, credibility and commitment to a more sustainable future. With over a quarter of large UK businesses already pursuing ISO 50001, the pressure to act is growing.

Elcomponent is ready to help your business meet its energy management goals with proven systems, insightful reporting and expert support every step of the way. Whether you’re preparing for an audit, strengthening your ESG performance or targeting ISO certification, we’ll help you get there—accurately, efficiently and confidently.

 

With energy prices remaining volatile and sustainability pressure increasing, UK businesses are under growing pressure to take control of their energy consumption. Whether you’re running a manufacturing plant, office block, retail network or educational facility, reducing energy waste is one of the most effective ways to improve your bottom line and environmental impact.

The good news? Even small changes can drive meaningful savings—especially when backed by smart data and the right technology.

Why Energy Efficiency Matters

Energy is one of the largest overheads for many organisations. When unmanaged, it’s easy for costs to creep up due to inefficient equipment, poor behavioural practices, or simply a lack of visibility. In the UK, businesses are also increasingly required to demonstrate energy performance improvements through frameworks such as SECR (Streamlined Energy and Carbon Reporting), ESOS (Energy Savings Opportunity Scheme), and ISO 50001.
Improving energy efficiency is not just about saving money.

It’s about future-proofing your business in a world where operational sustainability is becoming a strategic priority.

Five Key Actions to Reduce Business Energy Costs

1. Start with Measurement
You can’t manage what you don’t measure. Installing smart meters and sub-metering systems gives you visibility over your energy use—across departments, equipment or time periods. This makes it easier to identify where energy is being wasted and where improvements can be made.

2. Upgrade to Energy-Efficient Equipment
Replacing outdated lighting, HVAC systems, motors and machinery with modern, energy-efficient alternatives can lead to significant savings. Look for products with high energy performance ratings and consider lifecycle costs rather than just upfront prices.

3. Implement Behavioural Changes
Engaging employees in energy-saving behaviour—such as switching off equipment when not in use, managing heating and cooling responsibly, and reporting faulty equipment—can lead to measurable savings without major investment.

4. Use Energy at Off-Peak Times

Where possible, schedule high-energy tasks during off-peak hours to benefit from lower tariffs. This is particularly effective for manufacturers, logistics operations and data centres.

5. Monitor and Adjust Continuously

Energy use should be monitored on an ongoing basis, not just as a one-off audit. Regular reviews and reporting help track improvements and ensure your efforts remain effective over time.

How Elcomponent Can Help

At Elcomponent, we specialise in providing intelligent energy monitoring solutions tailored to businesses of every size and sector. From small commercial sites to large multi-site operations, we deliver the tools needed to understand, manage and reduce your energy use.

Our services include:
• Advanced sub-metering systems for precise monitoring across individual circuits, departments or buildings

• LoRaWAN wireless technology, ideal for multi-site and hard-to-wire locations

• MW2 software platform, providing real-time dashboards, data analysis and reporting to support both operational decisions and compliance requirements
Whether your goal is cost reduction, improved ESG performance or ISO 50001 certification, our systems provide the clarity and control to help you reach it.

We’ve worked with manufacturers, universities, retailers, logistics companies and public sector bodies to help them identify waste, reduce consumption and report with confidence. Our solutions scale with your business and provide actionable insights, not just raw data.

Reducing energy costs isn’t just about reacting to high prices—it’s about making smarter, more strategic decisions that benefit your business in the long run. With the right systems in place, energy becomes an asset to manage, not just an expense to endure.

Elcomponent is here to help you make that transition. If you’re ready to take control of your energy costs, we’re ready to show you how.

Elcomponent stands at the forefront of energy management in the United Kingdom, delivering powerful, scalable solutions from universities to industrial facilities. Across the nation, their reputation is built on deep expertise in designing, installing and managing robust systems that deliver both performance and reliability.

Strength and Depth of Expertise

Elcomponent has developed a reputation for deploying energy management systems that stand up to the complex demands of large institutions. Their solutions are tailored to monitor and control energy usage across varied environments—universities, commercial factories, retailers, manufacturing sites and industrial facilities. The company brings extensive experience navigating installation challenges across different sectors, ensuring that every rollout is seamless and effective.

Their projects at universities demonstrate their capability to address large campus environments with multiple buildings, each with unique energy profiles. Whether it’s academic centres, libraries, research labs or student housing, Elcomponent’s systems provide comprehensive monitoring, delivering clarity and control for facility managers.

In commercial factories and industrial plants, where energy intensity is high, Elcomponent’s robust systems enable precise tracking of electrical use, machinery operations and environmental conditions. This improves operational efficiency, safety and supports compliance with environmental regulations.

Retailers benefiting from Elcomponent’s services have seen enhanced visibility across multiple store locations. Real-time energy tracking enables central oversight, because energy use across stores is aggregated, allowing rapid comparison, optimisation and identification of inefficiencies.

Working with manufacturers, Elcomponent supports large-scale production lines, complex HVAC systems and specialised equipment by delivering energy insights that support both cost reduction and productivity improvement.

Expertise in Multi-Site Connectivity

A standout capability of Elcomponent lies in their multi-site connectivity, powered by LoRaWAN technology. The low-power wide-area capabilities of LoRaWAN allow seamless wireless communication across large campuses, multiple buildings or dispersed sites. This enables sensors, meters and controllers to transmit data reliably across wide distances without complex wiring installations.

This ability to link devices across multiple locations with minimal infrastructure empowers organisations managing multiple venues to streamline their energy data collection—across everything from factories and warehouses to offices and retail stores.

MW2 Software for Accurate Reporting

Complementing their hardware and networking expertise, Elcomponent offers the MW2 software platform for energy monitoring, analysis and reporting. MW2 ingests data from LoRaWAN-connected devices and traditional meters, presenting a unified dashboard of energy performance. The platform provides granular analytics, trend insights, benchmarking and alerts—enhancing operational decision-making.

With MW2, facility managers can generate accurate reports covering energy consumption, cost allocation, emissions tracking and performance against targets. The software supports exportable reporting and custom dashboards tailored to different stakeholder needs—from facilities engineers and auditing teams to senior decision-makers.

Proven History of Installations

• Elcomponent’s installation portfolio spans:

Universities, where they manage energy across teaching, research and student services infrastructure.

Commercial factories, where they monitor heavy machinery and production line energy usage.

Retail chains with multiple stores, urban and regional, enabling centralised energy oversight.

Manufacturers, integrating energy data from complex production systems.
Industrial facilities, including warehousing, logistics and manufacturing plants, with multiple utility and energy source monitoring.

Each project reflects Elcomponent’s tailored approach, balancing innovative technology with practical deployment strategies.

Elcomponent is a true leader in UK energy management. Their deep sectoral experience—across universities, commercial factories, retailers, manufacturers and industrial facilities—combined with advanced multi-site connectivity via LoRaWAN and the powerful MW2 software platform, positions them as the go-to partner for organisations seeking accurate, real-time energy control and insightful reporting. Their track record demonstrates not just technical capability, but a strong commitment to delivering tailored energy intelligence at scale.

 

Elcomponent has over 30 years of experience delivering innovative, user-friendly metering hardware and software, with its SPC (Statistical Process Control) Data Logger range recognised as a leading solution in commercial and industrial energy monitoring across the UK.

Core Philosophy

The SPC loggers prioritise safety and simplicity through non-invasive connections that require no live wiring, allowing for easy and secure installation. Combined with the intuitive PowerPackPro software, these loggers make data collection and analysis accessible even for users without extensive technical expertise.

The SPC Product Lineup

SPC Pro 2
An advanced upgrade on the original Pro, offering:
• Extensive memory of up to 200,000 records for surveys lasting up to 12 weeks.
• High-speed logging at 1-second intervals for up to 48 hours.
• Long battery life with an internal Li-ion battery lasting around 3 weeks without voltage, extendable with external packs.
• Flexible data download via USB flash drive or direct USB connection.
Housed in a rugged ABS case with magnetic feet, it ensures secure mounting in diverse environments.

SPC Pro 2 Enviro

Features all capabilities of the Pro 2 but encased in an IP66-rated Peli Case for enhanced protection, making it suitable for demanding environmental conditions.

PQPro

The PQPro is a power quality analyser and energy logger designed to provide detailed analysis of power quality issues such as voltage dips, swells, harmonics, and interruptions alongside standard energy measurements. It offers comprehensive data logging and advanced diagnostics, ideal for users needing deeper insight into electrical supply quality and performance.

Energy Pro

This model focuses on energy efficiency monitoring and is designed to integrate easily into energy management systems. It supports longer-term logging with flexible interval settings, helping businesses identify consumption patterns, peak demand times, and opportunities for savings. It is widely used in energy trials and efficiency assessments.

Why Choose SPC Loggers?

• Safety first: Non-invasive and auto-sensing inputs reduce risk during installation.
• User friendly: Plug-and-play operation with clear software tools.
• Robust and reliable: Durable design and extended battery life support long surveys.
• Versatile solutions: From simple three-phase logging to detailed power quality analysis.

Elcomponents’ SPC range delivers practical, precise energy monitoring solutions tailored to a wide range of commercial and industrial applications. Its commitment to safety, ease of use, and technical depth makes it a trusted choice for energy professionals.

The future of energy pricing in the UK is a long game — but the actions businesses take now will determine how well they manage risk, reduce costs, and align with net zero expectations. Despite some recent relief in energy prices, long-term forecasts indicate that volatility, infrastructure costs, and regulatory levies will continue to shape business energy bills for decades to come. For businesses, this means investment in energy monitoring, renewables, and smart infrastructure is not just a sustainability choice — it’s a strategic one.

The Next 5 Years: Volatility and Rising Pressures

In the next five years, energy prices are expected to remain high and unpredictable. Ofgem's price cap may have dropped in mid-2025, but underlying pressures such as network upgrades, wholesale fluctuations, and environmental levies continue to keep costs elevated. According to Cornwall Insight, prices are unlikely to significantly drop until the latter part of the decade, meaning businesses will need robust systems in place to monitor usage and control demand in the short term.

Looking Ahead to 2035: Stability on the Horizon

Looking 10 years ahead, there are signs of stabilisation. As major grid upgrades are completed and renewable capacity increases, wholesale prices are expected to become more predictable. Government initiatives like Great British Energy, launched in 2025, are also expected to bolster supply and reduce dependence on gas. However, the transition itself will be funded through levies and charges passed onto consumers — including businesses. Having a reliable energy monitoring and optimisation system in place will become essential for budgeting and forecasting, especially as more complex tariffs and dynamic pricing models are introduced.

2040 and Beyond: A Decarbonised but Demanding Grid

By 2040, the UK’s energy infrastructure will be largely decarbonised, with renewables like offshore wind and solar providing the majority of supply. However, increased demand from electric transport, industry electrification, and heating will continue to put pressure on the grid. While wholesale costs may reduce due to the dominance of low-cost renewables, businesses will still be paying for grid resilience and capacity upgrades. At this stage, organisations with on-site renewables, smart controls, and battery storage will be far better positioned to manage demand, participate in flexibility markets, and reduce reliance on grid imports.

2055–2060: Realising the Net Zero Vision

In 30 years, the UK expects to have fully met its net zero targets. By this point, green hydrogen, smart self-healing grids, and fully integrated energy systems will be the norm. Businesses that invested early in infrastructure will be reaping the benefits of dramatically lower energy costs, while late adopters may still be grappling with higher regulatory and infrastructure levies. Those with integrated systems will be able to automate demand response, store and trade surplus energy, and maintain operational resilience during grid events.

Why Businesses Must Act Now

To prepare for this future, businesses must take action now. Elcomponent provides advanced energy monitoring and management infrastructure tailored to commercial needs — from smart sub-metering and LoRaWAN systems to full energy dashboards and reporting. These tools give businesses real-time visibility over consumption, enabling better budgeting, proactive optimisation, and fast identification of waste or inefficiency.

Data-Led Decisions for Renewable Investment

Crucially, businesses can also use this data to build the case for investment in renewable energy technologies. By identifying peak loads, wasted energy, or predictable demand patterns, they can determine the viability of solar panels, battery storage, or heat pump systems. Elcomponent’s infrastructure supports this transition by integrating these assets into a single system, helping organisations reduce reliance on volatile grid supply and accelerate their journey to net zero.

The Role of On-Site Renewables in Risk Reduction

Renewables aren’t just a long-term investment — they’re a short-term shield. By generating power on-site, businesses can mitigate risk from sudden price spikes and lower their overall carbon footprint. Coupled with battery storage and smart controls, renewables allow businesses to operate more independently from the grid, capitalise on off-peak charging, and even trade energy back to the grid for additional revenue. With energy prices unlikely to return to pre-2020 levels any time soon, the ability to generate and manage energy in-house is becoming a key differentiator.

Conclusion: A Strategic Path to Cost Control and Resilience

In summary, the UK’s energy landscape is evolving — and while there is promise of stability and lower costs in the long term, the next decade will demand strategic foresight and investment. Businesses and organisations that adopt energy monitoring systems, embrace renewables, and build flexibility into their infrastructure will not only protect themselves from rising costs but also lead the way towards a more sustainable and resilient future. Elcomponent is here to help make that journey possible.

 

In today’s energy landscape, technology alone isn’t enough. For businesses serious about controlling energy usage, cutting costs, and working toward net zero targets, the real advantage lies in how those systems are specified, installed, and maintained. That’s where Elcomponent stands apart — through the depth of expertise delivered by its experienced team of engineers.
With over 40 years of experience in the energy monitoring and metering industry, Elcomponent combines cutting-edge technology with a team of skilled professionals who understand the complexities of commercial and industrial energy use. From initial planning and site surveys through to installation and ongoing support, their engineering team brings a level of practical insight that few can match.

At the heart of Elcomponent’s success is its meticulous approach to project planning. Every business is different — from its infrastructure and operating hours to its energy profile and regulatory obligations. Elcomponent engineers don’t just deliver off-the-shelf solutions; they work closely with clients to understand the specific needs of their site and design a system that provides maximum visibility and control. Their knowledge ensures that solutions are tailored, scalable, and ready to adapt as energy strategies evolve.
This experience is especially evident during the site survey stage. Accurate surveys are the foundation of an effective energy management system — and Elcomponent’s engineers bring decades of hands-on field knowledge to ensure nothing is missed. Whether it’s identifying the best locations for sub-metering, mapping out LoRaWAN coverage, or advising on data integration with BMS platforms, they know what works and how to deliver it without disruption to your operations.

Installation is where Elcomponent’s practical expertise truly shines. In energy-intensive environments like factories, commercial premises, or multi-site estates, installation can be complex. But Elcomponent’s engineers have worked across thousands of sites — meaning they can anticipate challenges, manage risks, and ensure installations are completed safely, efficiently, and with minimal downtime. Their familiarity with real-world conditions means fewer surprises, quicker turnarounds, and greater long-term reliability.
For businesses, this level of engineering experience translates directly into performance. Energy data is only useful if it’s accurate, timely, and actionable — and that’s exactly what Elcomponent systems deliver. With systems built and installed by seasoned professionals, clients gain high-resolution insight into consumption across electricity, gas, water, and more — all via a single, intuitive dashboard.

Moreover, experienced engineers also ensure long-term system integrity. Whether it’s advising on upgrades, troubleshooting post-installation, or helping to integrate renewables or EV infrastructure, Elcomponent provides lasting support that evolves with your business needs.
In an industry where data drives decision-making, working with a team that understands both the technology and the application is invaluable. Elcomponent’s experienced engineers don’t just install systems — they build energy strategies. Their expertise gives businesses the confidence to act on data, meet compliance goals, unlock cost savings, and take meaningful steps toward sustainability.

So, for organisations that want more than just hardware — for those seeking insight, accuracy, and real-world expertise — Elcomponent is the trusted partner to turn energy ambitions into results.

For businesses operating multiple small commercial sites — from retail chains and hospitality units to service depots and franchise outlets — energy usage can quickly become a blind spot. While each individual site may have modest consumption, collectively they represent a major cost centre and a significant opportunity for savings. Yet without the right tools, tracking and managing energy across a dispersed network is complex, time-consuming, and often reactive.

This is where Smappee steps in.

Smappee offers a smart, scalable energy management solution that gives businesses real-time insights into their electricity, solar, gas, and water usage across multiple sites — all through a single, centralised platform. For organisations managing several smaller locations, this represents a powerful shift from guesswork to data-driven control.

One System, Total Visibility

Smappee works by installing compact, easy-to-deploy monitors at each site. These monitors capture detailed energy data and instantly send it to the Smappee cloud, where it’s accessible via web and mobile dashboards. Whether you’re managing five sites or fifty, you can compare, analyse, and optimise performance across your entire estate — without needing to physically visit each one.

For businesses with limited facility staff or no on-site energy expertise, this makes energy management accessible, actionable, and fully remote. You can spot unusual consumption patterns, identify underperforming sites, and even detect equipment faults before they become costly problems.

How It Works

Smappee systems use a combination of current clamps and smart gateways to capture detailed energy data from your electrical distribution board. Depending on your setup, they can monitor:

• Total site consumption
• Solar PV generation
• Sub-circuits (e.g. HVAC, refrigeration, lighting)
• Gas and water flows via compatible pulse meters

This granular data is then broken down by appliance or circuit using advanced disaggregation algorithms, giving you a clear picture of what’s using energy — and when.

From here, the Smappee dashboard allows you to:

• View live and historical energy usage per site
• Compare usage across multiple locations
• Set alerts for unusual consumption
• Track ROI on solar panels or EV chargers
• Automate energy-saving actions using smart controls
• Tailored for Multi-Site Operations

Smappee is particularly valuable for businesses that lack the scale to justify a full-time energy manager at each site, but still want to control costs and improve sustainability. It allows central teams — whether in operations, finance, or facilities — to oversee the energy performance of all locations from a single login.

You can benchmark sites to spot outliers, test behavioural changes or equipment upgrades at one location before rolling them out more widely, and report accurately on corporate sustainability targets.

Integration & Automation

Smappee also integrates easily with building management systems (BMS), solar inverters, battery storage, and EV chargers — making it ideal for businesses that want to futureproof their energy strategy. You can add smart plugs or relays to automate devices based on usage patterns, time of day, or tariff changes, helping further reduce costs and flatten peak demand.

Why It Matters

Energy costs are unlikely to return to historic lows, and the pressure to cut carbon is only increasing. For businesses running multiple small sites, Smappee makes it possible to:

• Reduce energy bills without compromising operations
• Meet ESG and sustainability goals with real data
• Spot and address energy waste quickly
• Futureproof infrastructure for net zero requirements
• In short, it turns energy from a sunk cost into a strategic asset.

  Elcomponent: Your Smappee Specialist

Elcomponent is a trusted Smappee partner, providing expert advice, installation, and support for businesses looking to deploy multi-site energy monitoring. Our engineers ensure your system is correctly specified and installed, and we offer ongoing help to get the most from your data. Whether you’re just starting your energy journey or looking to scale existing efforts, we make it easy to take control.