Get started with NetZeroIQ Pathways
Pilot projects that deliver ROI in weeks and long term cost savings
Accelerated implementation of workplace and building intelligence and automation
Engaging workplace experience design and digital services for your occupants
Rapid ROI with 20 - 40% improvements in 3 areas
Energy optimisation
Energy consumption reduction with intelligent automation and retrofitting
Built Folio Performance, Management, Operating costs
Cost savings over time with retrofitting and intelligent automation and maintenance resource utilisation optimisation
Occupant experience and engagement
Improvements with occupant satisfaction levels, well-being and workplace engagement and automation
Intelligent Energy Savings, an example pilot pathway
Objective
Improve your building’s energy efficiency through occupancy-driven automation, leveraging real-time data from existing systems to optimise HVAC, lighting, and other key energy-consuming assets.
Key Goals
1. Energy and Cost Optimisation: Leverage real-time occupancy data to adjust energy usage dynamically, aiming for savings in energy costs of up to 10-40%.
2. Enhanced Environmental Quality: Improve indoor environmental conditions, supporting health, comfort, and productivity for occupants.
3. Data-Driven Insights: Establish an analytics framework for ongoing monitoring, historical trend analysis, and scenario planning, empowering stakeholders to make informed decisions on energy use and sustainability.
Phase One
Assessment and Design
(Diagnosis and Baseline Setup)
Objectives
Baseline existing data sources and occupancy levels to identify energy optimization potential.
Define automation rules and thresholds based on NetZeroIQ’s best practices for occupancy-driven control of HVAC, lighting, and other energy-intensive systems.
Expected Outcome
A clear path to energy savings potential, highlighting initial areas for automation focus.
Phase Two
Integration and Pilot Automation
(Optimisation and Testing)
Objectives
Integrate NetZeroIQ’s platform to execute real-time adjustments for HVAC and lighting systems based on occupancy.
Occupancy-Driven Automation: Set thresholds for systems to adjust based on occupancy, reducing energy use when spaces are underutilised.
Predictive Analytics: Use historical data to refine control settings over time, optimizing for seasonal or day-to-day changes in occupancy.
Expected Outcome
Implementation blueprint for enhanced energy efficiency and occupant comfort, with data insights for further refinement.
Phase Three
Full Deployment and Monitoring
(Sustainable Adaptation)
Objectives:
Expand automation across the building or campus, leveraging real-time monitoring and predictive maintenance insights to maximise efficiency.
Extended Automation and Retrofitting Options: Identify opportunities for retrofitting or system upgrades to improve energy savings further.
Sustainable Feedback Loops: Implement continuous monitoring for adaptive adjustments, supporting sustainability goals and ongoing operational improvements.
Expected Outcome
Achieve projected energy savings and provide a model for scaling to other facilities or zones.
Environmental and Operational Benefits
Energy Savings: Reduce energy consumption by up to 40% by aligning operations with real-time occupancy data.
Operational Cost Reduction: Long-term reduction in energy and maintenance costs through predictive automation and preventative maintenance.
Occupant Wellbeing: Enhanced comfort and environmental quality, contributing to improved productivity and health.
Sustainability and Resilience Benefits
Adaptive Platform: This project establishes an adaptable framework and integrated platform for net-zero operations, demonstrating quick, measurable impacts and creating a pathway for sustainable facility management.
Future Resilience: Targeted automation and analytics approach supports long-term resilience by adapting to occupancy variations and reducing unnecessary energy consumption.
Expand and adapt your capabilities over time with
Functional modules to accelerate your decarbonisation and building efficiency capabilities
Underpinned by NetZeroIQ platform with pre-built integrations for data-driven insights and automation
Designed to be adaptable over time, with minimal integration – ‘Hot swappable’ integration modules