Energy Efficiency for Smart Buildings
Identify Energy and Heating Issues through better Real-time Data
CrowdComfort’s Energy Efficiency solutions enable facility managers to leverage the eyes and ears of occupants and staff to identify energy leaks, lighting inefficiencies, hot/cold call issues and HVAC malfunctions in real-time via mobile devices.
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20%
Quicker Identification of hot/cold issues
35%
Increase in Occupant Satisfaction Scores
60%
Reduction in Inspection Time
100%
Digital Audit Trail of Energy Aduits & HVAC Inspections
CrowdComfort Energy and Heating Efficiency
Features & Functionality
CrowdComfort’s mobile app gives your team and occupants an easy way to report energy-related issues—like drafty windows, "too cold" zones, or lighting left on in empty rooms—replacing static sensors that often miss localized discomfort.
Unlike traditional BMS systems that only show sensor data, CrowdComfort provides rich, actionable human-centric analytics mapped across your floor plans. This allows you to pinpoint exactly where energy is being wasted based on real-time human feedback.
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Mobile First Capture
Easy Mobile Capture of Inspections for Managers and Occupants by Location
We make it easy for your team members and occupants to report energy and heating issues by building and/or room from their mobile device. All reports are captured in real-time with data including the issue, unique location, timestamp and imagery for quick resolution.
- Works On Any Mobile Device (iOS or Android) with an internet connection
- Simple Interface makes it easy for occupants to report comfort issues and for technicians to log energy audits.
- Visual Documentation allows users to capture imagery of faulty seals, blocked vents, or leaking valves with each report
Real-Time Analytics Dashboards
Location-Based Real-time Reporting That Identifies Global Issues Quickly
All crowdsourced data is captured and available in real-time dashboards to quickly identify thermal "dead zones," equipment short-cycling, and lighting schedule misalignments. Data can be reviewed by building, floor, or specific asset (HVAC units, Boilers, LED arrays) in order to understand efficiency deficiencies and prioritize maintenance.
- Real-time Data for Energy Managers to analyze building trends against occupant comfort.
- Identify Equipment Failure before it shows up on the utility bill by tracking localized "hot/cold" spikes.
- Validate Retrofit Success by comparing comfort and efficiency data before and after equipment upgrades.
Grow Your Real-Time Data
Improve Operational Efficiency and Sustainability Goals
CrowdComfort is the only solution that bridges the gap between smart building hardware and the people inside them. By digitizing the "human sensor network," we provide the tools that drive immediate energy savings and long-term sustainability.
- Energy Validation: Ability for technicians to log MEP (Mechanical, Electrical, Plumbing) checks by location.
- Comfort Mapping: Visualize occupant thermal feedback on floor plans to optimize HVAC setpoints
- Scheduled Energy Walks: Create and report on recurring "Energy Hunts" to find and fix air leaks and phantom loads.
Real-time Dashboards for Improved Decision Making
At CrowdComfort, we partner with Sustainability and Operations Leaders to help them build data-driven energy strategies that reduce carbon footprints while providing exceptional comfort for occupants.
Identify Efficiency Gaps Faster
See the performance of your HVAC and lighting across buildings to identify training opportunities for staff or capital expenditure needs for aging assets.
Drive Occupant Satisfaction
Use real-time feedback to solve comfort issues in minutes, not days. A comfortable occupant is a productive occupant, and an optimized building is a sustainable one.
Energy & Heating Heatmaps
Visualize which areas of your facility are over-consuming energy based on real-time occupancy feedback.
Portfolio Benchmarking
By correlating crowdsourced human feedback with smart building sensor data, CrowdComfort helps you predict peak energy demand periods. Shift from reactive troubleshooting to proactive load management by identifying patterns in thermal discomfort before they trigger a surge in HVAC activity.