SERVICES
From equipment optimisation to renewable generation, we connect analysis and implementation to use energy and water more efficiently.
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EFFICIENCY & DECARBONISATION
We implement solar PV, BESS battery storage, electrification and efficiency upgrades. We connect generation, storage and consumption so each investment fits the needs of your facility.
Explore the solutions we implement
SOLUTIONS WE IMPLEMENT
Solar PV, batteries and efficiency: we select, size and integrate each solution to work with the rest of your operation.
Generate energy at your facility.
We design and implement solar PV systems around available roof or site space and your consumption profile. Generation is integrated with the electrical installation and monitoring.
Self-consumption · Renewable generation · MonitoringStore energy. Manage when to use it.
We implement battery energy storage systems (BESS). Power and capacity are sized around demand, solar generation and the operating strategy: using surplus generation and managing demand peaks.
Power (kW) · Capacity (kWh) · Charge managementMake better use of thermal energy.
We integrate heat pumps and recovery solutions for heating, hot water and suitable processes. Temperatures, heat sources and demand determine the solution.
Heat pumps · Heat recovery · Thermal processesReduce the energy your operation needs.
We upgrade and optimise HVAC, lighting, pumping and auxiliary systems. Controls, schedules and operation are aligned with actual requirements.
HVAC · Lighting · ControlsConnect mobility with energy management.
We implement charging infrastructure around fleet or building use. Integration considers available electrical capacity, solar PV and storage where appropriate.
Infrastructure · Available capacity · IntegrationImprove the performance of every resource.
We improve flow, pressure and pumping, and integrate conservation and reuse measures where viable. Metering supports consumption tracking and anomaly detection.
Pumping · Conservation · ReuseSolar PV generates; BESS stores energy and shifts its use; efficient equipment reduces demand. We integrate measurement and follow-up with Submeter to review performance. Each project is sized to its technical and economic conditions.
01Design
We review adjustments and equipment upgrades before sizing new solutions. Reducing a requirement can change the size and return of the next investment.
A technical scope connected to the site’s needs.
02Integrate
Electrification, renewables, storage and energy recovery are assessed for fit. Water efficiency and pumping also form part of this connected resource perspective.
A roadmap with clear alternatives and dependencies.
Sequence matters, too.
Recovering heat from one process can reduce another system’s energy needs. Changing schedules alters the profile generation must cover. That is why measures are evaluated as a connected system.
Profile, operation and constraints
Adjustments, equipment and usable heat
Electrification, renewables and storage
Reference, activity and follow-up
The sequence adapts to each facility’s opportunities and dependencies.
03Verify
We define how agreed measures are coordinated and how outcomes are observed. Comparisons need to account for changes in schedules, production or facility use.
An implementation and follow-up plan.
THE THREES APPROACH
The roadmap can combine equipment, supply and resource measures. We begin by selecting solutions suited to the facility and assessing how they integrate.
HVAC, lighting and building-envelope improvements, alongside equipment and auxiliary-system adjustments.
Assess renewable generation and storage for integration with demand and available infrastructure.
Electric-vehicle charging and strategies for waste management and resource recovery within the project scope.
Digitalise flow and pressure, detect anomalies, optimise pumping and assess reuse. Indicators such as kWh/m³ connect energy performance with the volume treated.
Size solutions around a representative requirement.
Assess whether available heat can serve another use.
Compare alternatives with explicit assumptions.
Check outcomes while considering activity changes.
TAILORED TO YOUR FACILITY
Assess thermal equipment, energy recovery and auxiliary systems within the process.
Study improvements to HVAC, equipment and renewable generation against actual demand.
Coordinate resource-efficiency measures to avoid transferring consumption between systems.
YOUR STARTING POINT
For a useful first conversation, share:
Previous audits, improvement goals, operating constraints, planned investments and representative consumption data.
Let’s discuss your projectBoth decisions should be considered together. Changes to schedules, equipment or production can alter the consumption profile and therefore the sizing of a renewable installation. The sequence of improvements forms part of the assessment.
No. Selection depends on consumption, operations, infrastructure and investment goals. We first assess the starting point.
Yes. Water efficiency is part of our approach, alongside energy and operational needs.