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Meter by building and use
Map HVAC, lighting, sockets and charging circuits; review existing meters and missing points.
Solutions / Building energy and operational carbon
Understand where your energy goes.
A total bill hides individual buildings and areas. Start with submetering and traceable operating records.
Define the scope before choosing equipment.
02
Find anomalies in operating data
Compare periods, zones and floor area; review overnight baseload, peaks and persistent abnormal use.
03
Record operational-emissions evidence
Retain electricity sources, boundaries and regional, year-specific factors; configure reports and exports for the project.
Start with a pilot. Measure the outcome.
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Set the measurement boundary and baseline
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Connect and pilot a small area
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Adjust for conditions; review benefits
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Expand after verification
Electricity savedBill impactOperational emissions impact
Adjust energy savings for weather, runtime and load. Use local tariffs for costs and region-, year- and boundary-specific factors for operational emissions.
IPMVP ↗Build on your existing equipment and systems.
Data points, views, reports and third-party interfaces are configured per project.
Hardware
IoT gateways & controllers
Connect field equipment to your platform.
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Software
Office automation & centralized control
Lighting, cooling and blinds, coordinated from one place.
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Hardware
Environment sensing & control
Make indoor conditions visible.
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Software
Charging & energy management
Manage charging and energy equipment together.
Explore productsQuestions before you choose.
Can it work with our BMS?
Share equipment, point lists and available interfaces. Review metering, the chiller control circuit and BMS integration separately, subject to protocols and authorization.
Does this provide carbon certification?
The solution organizes operational energy and emissions data. Certification, trading, offsets and whole-life building assessments require the relevant frameworks and specialists.
How much can we save, and how is it verified?
Confirm against the site baseline and pilot results. Agree on boundaries, weather and load adjustments, comfort targets and anomalous-data rules in advance.
Project-specific configuration
Assess my siteBring your equipment list. We’ll review the configuration.
Energy and carbon plans, grounded in your site.
High cooling bills
Central chiller optimization
Maintain comfort. Match cooling to demand.
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Unclear energy use
Building energy and operational carbon
Understand where your energy goes.
Explore the solution →Empty rooms still consuming
Demand-based lighting and HVAC
Comfort when occupied. Less waste when empty.
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Hard-to-spot equipment issues
Security and equipment operations
Lighting, cooling and blinds, coordinated from one place.
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PV and charging coordination
Solar, charging and site-energy coordination
Plan generation and consumption together.
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