Software-Led Energy Optimisation for Real Buildings

Optimus Logic Ltd develops software solutions that help buildings operate more efficiently by making better use of operational and energy data.

Our solutions focus on optimisation, insight, and decision support, working alongside existing systems rather than replacing them.

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Our Solution Approach

Optimus Logic takes a software-first approach to energy optimisation.

We focus on:

Understanding how buildings actually operate

Analysing patterns across time, weather, and occupancy

Identifying inefficiencies in control and scheduling

Supporting informed, low-risk optimisation decisions

This approach reduces energy use without requiring major system changes.

Working With Existing Infrastructure

Our solutions are designed to integrate with existing Building Management Systems (BMS) and data sources.

This means:

No hardware replacement

Minimal disruption to building operation

Faster deployment

Lower overall cost

We focus on adding intelligence and insight on top of what is already installed.

Security and Reliability

Energy and building data are operationally sensitive. Our software-led approach is developed with:

Secure data handling

Reliable system architecture

Clear separation between analytics and control layers

This supports long-term resilience and trust.

Explore Collaboration

If you are interested in:

Improving building energy efficiency

Better use of existing BMS data

Pilot projects or early collaboration

We welcome conversations with building operators, schools, and partners.

Night time cityscape with modern buildings featuring digital overlay showing energy optimization data, system status, and smart infrastructure icons.

The Problem We Address

Many buildings already have capable Building Management Systems (BMS) and sensors in place. Despite this, they often operate with:

Static schedules that do not reflect real usage

Limited visibility of system performance

Inefficient HVAC operation

Energy waste that goes unnoticed

The issue is rarely a lack of data, it’s the lack of usable insight.

Infrared thermal image of mechanical equipment showing heat distribution, with the hottest areas in red and yellow, and cooler areas in blue and purple.

Core Solution Areas

Building Data Analysis

We analyse operational data generated by existing systems, including:

Temperature and environmental data

HVAC run times and control states

Energy consumption trends

Schedules and occupancy patterns

This analysis creates a clear picture of how systems behave in practice.

HVAC Optimisation

Heating, ventilation, and air conditioning systems are among the largest energy consumers in buildings.

Our solution supports:

Identification of overheating and overcooling

Review of time schedules and setpoints

Detection of mismatches between occupancy and operation

Opportunities for efficiency improvements

The goal is better control logic, not new equipment.

Digital Twin–Inspired Modelling

We are developing a platform inspired by digital twin principles, where building behaviour is modelled using real operational data.

This enables:

Comparison of baseline vs optimised operation

Testing of strategies before implementation

Ongoing performance tracking

This reduces risk and supports evidence-based decision-making.

Decision Support & Insight

Rather than acting as a black-box system, our solution is designed to:

Provide clear insight into why energy is being used

Support facilities and energy teams with understandable outputs

Enable informed decisions rather than automated assumptions

Transparency and usability are key design principles.

Designed for Cost-Sensitive Environments

Our initial focus is on schools and education buildings, where:

Energy budgets are under pressure

Capital investment is limited

Operational simplicity is essential

The same approach can be applied to other public and commercial building types.

Where the Solution Is Today

Optimus Logic Ltd is currently focused on:

Core platform development

Technical validation

Early-stage pilots and demonstrations

The priority is to establish a robust, proven solution before wider rollout.