Product Energy and Sustainability Solutions
ICIEnergyPulse: Making Facility Energy Consumption Visible and Manageable on Mobile
icitech develops ICIEnergyPulse as a tailored solution for factories, hotels, retail parks, stores, offices, warehouses, and multi-site enterprises. The platform brings electricity consumption, cost, peak demand, anomalies, carbon impact, and energy performance indicators together on a single mobile interface — turning energy efficiency from a dashboard metric into a managed, continuous improvement process.
02 The problem
Architecture Tailored to Your Organisation, Not an Off-the-Shelf Package
ICIEnergyPulse is not a standard software package tied to a single meter brand or device ecosystem. Each project begins with a structured analysis of your metering infrastructure, energy automation, building layout, tariff model, existing data sources, and reporting requirements, then the solution is designed from that foundation. Mobile screens, alert rules, KPI definitions, cost calculation logic, AI scenarios, and the integration layer are all shaped around your organisation's specific requirements. The objective is to make your existing energy and enterprise data infrastructure more visible and more intelligent — not to introduce an isolated system alongside what you already operate.
03 Capabilities
Real-Time Consumption Visibility and Multi-Site Management
Energy data collected from primary and sub-meters is consolidated on a central platform, giving users live power consumption figures, current load levels, and the energy status of selected facilities through the mobile application. For group structures and chains, hundreds of sites can be monitored from a single platform, with facilities grouped by type, region, brand, or scale. Authorisation is configured at group, site, department, or user-role level. Benchmark screens compare energy intensity across similar facilities, making it straightforward to identify which locations are performing outside expected parameters.
Period Comparisons and Cost Tracking
ICIEnergyPulse can present daily, weekly, monthly, and annual consumption charts, with the current period compared against the previous period, budget, target, or equivalent sites. Consumption data is mapped against your tariff structure to produce indicative cost figures. Multi-period tariffs, contracted rates, and site-specific tariff arrangements can all be configured in the system, so management can track not only how many kWh have been used but the financial value of that consumption in real time.
Peak Demand, Anomaly Detection, and Intelligent Alerts
When a defined consumption threshold is exceeded, the platform can generate a mobile notification, alerting management immediately to peak demand events, unexpected load increases, or consumption occurring outside normal operating hours. Machine learning models analyse historical consumption profiles to identify deviations from established behaviour. Where high consumption is detected during a period when a facility should be inactive, the system can raise a control alert so that losses can be investigated before they accumulate.
AI-Assisted Energy Analysis
ICIEnergyPulse can be extended with an LLM-based assistant that works directly against your organisation's energy data and operating procedures. Users can query data in natural language — asking, for example, which site has shown the greatest increase in consumption this month, or whether there was unusual activity overnight. Within defined rules, the assistant can draw management's attention to recurring peak consumption patterns at specific times, or to efficiency gaps between comparable facilities, and flag areas where savings may be available.
Energy Intensity KPIs and Operational Context
Total consumption alone is not a sufficient performance indicator. ICIEnergyPulse can be developed to calculate energy intensity KPIs appropriate to your operating model — kWh per room, kWh per square metre, kWh per product, kWh per visitor, or kWh per unit of production. When energy data is correlated with operational data such as production output, occupancy, outdoor temperature, or operating hours, the context behind consumption changes becomes clear. The question shifts from how much energy was used to why that level was used.
04 How it works
Carbon Emission Indicators and Sustainability Reporting
Electricity consumption can be converted to a carbon equivalent using emission factors defined by your organisation. Energy targets and carbon targets can be tracked on the same dashboard, establishing a shared data language between sustainability teams and facilities management, and aligning your environmental commitments with day-to-day operational decisions.
Action Tracking and Savings Management
Energy teams can create actions within the platform against identified improvement areas. Savings initiatives — such as adjusting HVAC operating schedules, introducing lighting automation, or scheduling equipment maintenance — can be tracked with an assigned owner, target date, and expected saving. Actual consumption changes are then linked to those actions so that the effect of each intervention can be measured, and energy efficiency becomes a managed process rather than an aspiration.
IoT, BMS, ERP, and BI Integration
ICIEnergyPulse can be scoped to ingest data from smart meters, IoT platforms, BMS and SCADA systems, energy analysers, and equipment from different manufacturers. The data collection layer is designed around your existing infrastructure, using API connections, gateways, message queues, or industrial protocols as appropriate. ERP integration connects cost and facility data to operational decision-making, while BI integration supports corporate reporting; energy data can be exported to a data warehouse or lakehouse environment for use across the wider enterprise.
05 Same group
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06 FAQ
Frequently Asked Questions
01Is ICIEnergyPulse only suitable for large industrial facilities?
No — the solution is equally applicable to hotels, retail parks, warehouses, offices, and retail chains of varying scale. Each deployment is designed from the ground up around the organisation's structure.
02Do we need to procure specific hardware before we can go ahead?
Integration with your existing meters and measurement infrastructure is the starting point; no mandatory hardware package is imposed. Any additional sensor or gateway requirements are identified during the discovery phase.
03How frequently is consumption data refreshed?
Consumption data is processed in real time and reflected on the mobile interface without meaningful delay. Latency is optimised based on the infrastructure and communication protocols in use.
04Can we monitor all our sites from a single view?
Yes — all locations, regardless of geography, can be monitored and compared from a single interface. Separate permission levels can be configured for each site or region.
05How will we be notified if there is an abnormal spike in consumption?
The platform sends an immediate notification when a defined threshold is exceeded or an unusual consumption pattern is detected. Alert channels and threshold values are configured to match your organisation's requirements.
06What kinds of questions can the AI assistant handle?
Users can query historical consumption patterns, savings potential, and operational recommendations through natural language. The assistant interprets data in context and returns outputs oriented towards action.
07Can carbon footprint reports be shared with regulators or auditors?
The platform can be configured to export emissions data in formats aligned with standard reporting frameworks. Report templates can be customised to reflect the specific regulatory obligations your organisation is subject to.
08How long does ERP integration typically take?
The integration timeline depends on your ERP architecture and the level of API access available. The technical team establishes the integration scope during the initial discovery and analysis stage.
09Can we set savings targets within the platform and track progress against them?
Yes — target values can be entered at department, site, or facility level and tracked against actual savings over time. This gives improvement programmes a measurable, data-driven foundation.
10Which mobile operating systems does the application support?
The solution is developed to run on both iOS and Android. Web-based access can also be included in the scope, depending on your organisation's preference.
07 Contact