More efficient control of your building

We have expanded the functionality of LINDINSPECT so you can operate your building more effectively, gain insights into issues that may not be working as intended, and optimize it further.

Just as a pilot checks the instruments before takeoff, the property owner and operations technician should be able to see the status of the entire system at a glance and quickly identify faults. LINDINSPECT+ brings together measured values, setpoints, and operating modes from the rooms in system-level overviews, making deviations immediately visible.

In addition to the overviews, there are new tests that detect faults in heating and cooling systems, alarms that identify incorrect settings and faulty sensors, smarter control, and analyses of how the premises are actually used.

  • Faster
  • Easier
  • More energy-efficient
  • Better structure
  • Smarter alarms
  • Better insight into space utilization

New system overviews

Each overview shows the distribution of measured values and settings for all rooms in a system. You can immediately see how the system is operating, which rooms stand out, and whether anything has changed since last week.

Bild
LINDINSPECT + Ventilation

Ventilation

Answers

  • How does the fan operate, around the clock or based on occupancy?
  • Is it operating differently from last week?
  • Is the pressure sufficient?
  • Are the correct airflow levels and carbon dioxide setpoint being used?

Shows

  • Airflows
  • Carbon dioxide level
  • Opening degree
  • Pressure
  • Economy/comfort operating mode
  • Airflow levels
  • Carbon dioxide setpoint
Bild
LINDINSPECT + Temperatur

Temperatur

Answers

  • What is the temperature in the premises?
  • Is the duct temperature acceptable?
  • How many units are calling for heat, and which heat the most?
  • How warm are the radiators?
  • Where is cooling being requested?

Shows

  • Room temperature
  • Duct temperature
  • Outdoor temperature
  • Temperature setpoint
  • Economy-mode offsets
  • Heating demand per unit
  • Radiator temperature
  • Cooling demand
Bild
LINDINSPECT + Optimering

Optimization

Answers

  • Is pressure optimization working?
  • Which nodes limit pressure optimization?
  • Is supply-air temperature optimization working?
  • Where is the temperature highest and where is it lowest?
Bild
LINDINSPECT + Belysning

Lighting control

Shows

  • Light level
  • Luminaire level
  • Light temperature (DTW)
  • Light level at midnight
  • Light-level setpoint
  • Time to occupancy
  • Time to vacancy
  • Time until switch-off
Bild
LINDINSPECT + Sol

Solar shading

Shows

  • Solar intensity
  • Operating mode
  • Motor position
  • Manually set position
  • Blind angle
  • Outdoor temperature
  • Wind speed
  • Solar output over the past week
  • Lux threshold down/up
  • Delay before down/up
Bild
LINDINSPECT + Nattrond

Midnight inspection during the day

See the system status at midnight without being on site at night. The overview identifies ventilation, lighting control, and solar shading that remain active when the building should be at rest.

Shows

  • Supply airflow
  • Opening
  • Room temperature
  • Carbon dioxide level
  • Occupancy
  • Operating mode
  • Outdoor temperature
  • Solar intensity
  • Wind speed
  • Motor position

More efficient control

Operation is adapted to the weather and the actual demand in the premises, so energy is not used when it is not needed.

Outdoor temperature compensation

The room-temperature setpoint is offset according to the outdoor temperature, for example for summer operation. The offset is configured in steps and can be fixed or sliding.

Outdoor temperature is obtained from

  • SMHI API
  • Modbus TCP from the control system
Bild
LINDINSPECT + Ute
Room-temperature setpoint offset

Demand-controlled start/stop

The air handling unit starts when the premises require it instead of at fixed times.

Start conditions

  • Occupancy rate
  • High carbon dioxide level with occupancy
  • Low or high temperature
  • Purge high carbon dioxide levels

Purge ventilation is controlled by

  • Time-channel selection
  • Percentage
Bild
LINDINSPECT + Startstop
System start/stop, settings

New analysis tools for heating and cooling

The tests actively control the system and measure how the rooms respond. This identifies faults that cannot be seen in normal measured values.

Radiator valve actuator test

A smart step-response test: how much does the temperature increase when the valve is first closed and then fully opened?

Identifies rooms and radiators where

  • the valve is stuck
  • the valve actuator has been removed

Also identifies rooms with

  • Cold drafts
  • Poor insulation
Bild
VAL

VAL valve actuator lock

Do you have problems with valve actuators being removed? VAL is our valve actuator lock.

Learn more about VAL

Bild
LINDINSPECT + Radiator

Thermostat/internal-load check

A step-response test: how much does the temperature increase if cooling is switched off?

Identifies rooms and radiators with

  • thermostats with a higher setpoint than the cooling P-band setting, where heating and cooling work against each other
  • internal loads that heat the room unnecessarily

Also identifies rooms with

  • Cold drafts
  • Poor insulation
Bild
LINDINSPECT + Skarmrum

Cooling valve check

A check of cooling-valve operation that shows at individual-unit level whether the chilled beam is actually cooling.

Identifies chilled beams where

  • the valve is stuck in the open or closed position
  • the valve actuator has stopped working
Bild
LINDINSPECT + Kylbaffel

OVK-test

Support for mandatory ventilation inspection directly from the system, with the airflow in every room collected in one place.

Test the airflow in all rooms

Run the ventilation at known airflow rates and compare measured airflow with the expected values. The result is compiled in a histogram.

Two test variants

  • Preset OVK airflow rates
  • Percentage airflow rates

An OVK report is under development.

Bild
LINDINSPECT + OVK

New alarms that identify more faults

The alarms are based on relationships between multiple values, not just threshold values. Conditions, delay and priority are configured for each alarm.

Smarter alarms that identify, among other things:

  • Incorrectly set thermostats
  • Faulty occupancy detectors and sensors
  • Air handling units operating around the clock
  • No dead zone configured
  • Optimization that is not working
Bild
LINDINSPECT + Larm

How are the premises used?

Occupancy detectors and carbon dioxide sensors in the rooms show how the premises are actually used. This provides a basis for decisions about floor space, meeting rooms and operating hours. With a connection to the tenant’s Active Directory, bookings can be correlated with actual use.

Space-utilization overview

Shows

  • Number of people in the premises (CO2-based)
  • Occupancy hours
  • Aggregated occupancy (PIR)
  • Number of occupied rooms by room type
  • Occupancy duration curve
  • Conference-room use (AD/PIR)
  • 5 least-used rooms
  • 5 most-used rooms
Bild
LINDINSPECT + Lokal

PIR occupancy analysis

Analyze occupancy for a freely defined subset of rooms, such as a floor, tenant or room type.

You select

  • Subset of rooms
  • Date range
  • Times during the week
Bild
LINDINSPECT + PIR

Room analysis with people counting

Compare bookings with actual occupancy (requires an Active Directory connection) and see how many people are in the room. Are more small meeting rooms needed? People counting is performed using the room’s CO2 sensor.

Shows

  • Booking compared with occupancy
  • Duration chart for number of people

Accuracy

±15% or ±1 person

Bild
LINDINSPECT + Rumsanalys

What is the difference between LINDINSPECT and LINDINSPECT+?

LINDINSPECT gives you an overview, control, and the ability to monitor your system. LINDINSPECT+ builds on this with new system overviews, smarter analysis tools, more efficient control, and expanded capabilities for detecting faults and optimizing operation.

Compare the features below. Green indicators show new or enhanced capabilities in LINDINSPECT+. Features available in both versions are shown without a special indicator.

Overview and visualization

FeatureLINDINSPECTLINDINSPECT+
Dashboard and operating overviewIncludedIncluded
Floor-plan views and building visualizationIncludedIncluded
Overview of measured values and setpointsDisplay of measured values and setpoints Enhanced overview 
System overviews for ventilation and temperatureExisting visualizations New consolidated system overviews 
Overviews for lighting control and solar shadingExisting visualizations New consolidated system overviews 

Analysis and monitoring

FeatureLINDINSPECTLINDINSPECT+
Charts, histograms, and historical valuesIncludedIncluded
Table view and changes to multiple settingsIncludedIncluded
Midnight inspectionMonitoring of operating data New consolidated overview 
Radiator test and thermostat checkAccess to relevant operating values New functional tests 
Cooling valve checkAccess to relevant operating values New functional test 
OVK-testMonitoring of airflow New OVK test 

Control and alarms

FeatureLINDINSPECTLINDINSPECT+
Control and settingsIncludedIncluded
Time channels and operating reportsIncludedIncluded
Outdoor temperature compensationExisting control capabilities New control function 
Demand-controlled start/stopExisting control capabilities New control function 
Alarm managementExisting alarm management Enhanced alarm management 
Advanced alarms based on multiple measured valuesExisting alarm functions New smart alarms 

Space utilization

FeatureLINDINSPECTLINDINSPECT+
Occupancy data and monitoringAccess to occupancy data Enhanced occupancy analysis 
Space-utilization analysisMonitoring of existing data New space-utilization overviews 
Room analysis and people countingAccess to relevant data Enhanced room analysis and people counting 

The comparison describes features and further developments. Available features depend on the system equipment, configuration, and integrations.

Would you like to see LINDINSPECT+ in your building?

Contact our knowledgeable engineers and we will be happy to give you a demonstration. We can also activate a trial period on your server.

Would you like to learn more? Contact our knowledgeable engineers

Book a meeting

ABOUT US

Lindinvent offers self-developed IT and sensor-based system solutions for commercial properties, schools, laboratories and healthcare. Through need-based control of indoor climate, lighting and solar shading, we make the properties safer, smarter and greener. Our goal is to create productive first-class indoor environments with minimal resource use. We are with you from planning to service!

FOLLOW US