Financial
- CAPEX
- Projected OPEX reduction
- Projected annual energy savings
- Simple payback period
- Project IRR
- Lifecycle economics
- Financing impact
Commercial & industrial
Energy designed around productive assets.
Offices, retail, schools, hospitals, hotels, factories, warehouses, logistics facilities, industrial campuses and commercial developments. Industrial, institutional and developer applications sit within this platform.
Energy economics
The business case.
We evaluate an energy project as both an engineering system and a capital investment—connecting technical design to operating priorities and long-term economics.
We don’t just install an energy system. We help clients understand the engineering, economics and ongoing performance of the asset.
Energy / operational
- Electricity consumption
- Solar generation
- Self-consumption
- Grid dependence
- Peak demand
- System availability
- Load shifting
- Critical-load coverage
- Battery utilization
Sustainability
- Renewable energy generated
- Estimated avoided emissions / CO₂e
- Carbon-performance tracking
- Sustainability reporting support
Metrics are evaluated where applicable. Any figures prepared before or during project development are projections—not guaranteed results. Outcomes depend on site conditions, consumption profiles, tariffs, equipment, financing, operating assumptions, regulation and system performance.
Offices, retail & hospitality
Energy that works for the asset.
Offices, retail, hotels and mixed-use buildings, designed around operating hours, occupancy and load profile rather than a standard package.
- Rooftop solar and distributed energy
- Design around operating hours and load profile
- Project economics evaluated for the specific building
- Equipment selection and procurement
- Installation and project management around live operations
- Monitoring and lifecycle considerations
Schools & education
Energy for learning.
Solar and distributed energy solutions can help educational institutions evaluate long-term energy performance while supporting more resilient and lower-carbon campuses.
- Campus-wide roof and load review
- Phased system concepts across buildings
- Works programmed around academic terms
- Equipment selection and procurement
- Testing, commissioning and handover
- Monitoring and maintenance support
Hospitals & healthcare
Energy for care.
Healthcare facilities carry important requirements around reliability, operations and long-term energy performance. We work to evaluate energy solutions that are appropriate for these assets.
- Assessment of the facility's operating requirements
- Coordination with existing electrical infrastructure
- System design suited to critical-facility constraints
- Careful installation planning around clinical operations
- Commissioning and documentation
- Monitoring and maintenance support
We make no medical, backup-power or reliability guarantees. Requirements are assessed and specified per facility.
Manufacturing & industrial
Powering productive assets.
Factories, manufacturing plants and industrial campuses, where energy is a production input and the roof is a substantial asset.
- Large roof area assessment and structural coordination
- System design for energy-intensive operations
- Project economics and lifecycle cost review
- Equipment selection and procurement
- Installation coordination and project management
- Monitoring, maintenance and performance support
Warehousing & logistics
Roof area as infrastructure.
Warehouses, distribution centres and logistics campuses, where very large uninterrupted roofs and predictable load patterns make energy a planning decision.
- Roof capacity and layout studies
- Distributed generation across multiple buildings
- Storage evaluated where operationally relevant
- Procurement coordinated across sites
- Installation without disrupting operations
- Portfolio-level monitoring
Real estate & developers
Energy, built in.
Infill Energy works with developers and property owners to consider energy as part of the asset — from early planning and system design through implementation and ongoing performance.
- Residential communities
- Apartments
- Mixed-use developments
- Commercial buildings
- Healthcare
- Education
- Industrial & logistics
- Master-planned developments
Delivery platform
Assess. Engineer. Finance. Deliver. Connect. Manage.
01
Assess
Review the bill, priorities and how energy is used.
02
Engineer
Survey the site and develop a tailored technical design.
03
Finance
Review the economics and, where available, suitable financing pathways.
04
Deliver
Coordinate equipment, installation and project quality.
05
Connect
Test, commission and establish monitoring where applicable.
06
Manage
Support performance and maintenance over the system lifecycle.
Photography is illustrative and does not necessarily represent projects delivered by Infill Energy. Project economics, generation and savings are evaluated per asset.
Start with what you use
A better energy plan starts with your bill.
Share a few details for a preliminary assessment. A detailed proposal follows a site survey.
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