Stop Wasting Energy, Start Saving Money

• Energy costs are one of the largest controllable expenses for facilities, yet most organizations have no real-time visibility into where energy is being consumed or wasted. Without detailed data, you're flying blind—unable to identify opportunities, justify investments, or meet sustainability commitments.
• FacilityFlow's Energy Management module transforms energy from a fixed cost to an optimized resource. Connect your utility meters (electricity, gas, water, steam) via IoT sensors or integrate with existing building management systems to gain real-time visibility into consumption at the building, floor, zone, and even equipment level.
• Our platform automatically identifies waste, benchmarks performance, alerts you to anomalies, and tracks progress toward reduction goals—all while generating the reports needed for ISO 50001 certification and ESG disclosures.

Real Results from Energy Management Customers

🏭 Manufacturing Facility:

Company Type: 500,000 sq ft automotive parts manufacturer

Challenge: Rising energy costs ($850K annually) with no visibility into where energy was consumed. Utility bills showed overall usage but couldn't identify waste or justify efficiency investments.

Implementation:

• Installed 45 electricity submeters via Modbus (production lines, compressors, HVAC)
• Integrated existing natural gas meters (12 locations)
• Connected to compressed air monitoring system
• Deployed temperature sensors in production areas

Results (12 months):

• 27% reduction in energy costs ($230K annual savings)
• Identified waste: After-hours equipment left running ($45K/year waste)
• Optimized production: Shifted high-energy processes to off-peak hours (-18% demand charges)
• Compressed air leaks: detected and repaired ($32K savings)
• ROI: 8 months payback on implementation investment

🏢 Multi-Tenant Office Building:

Company Type: 1.2 million sq ft Class A office tower, 35 tenants

Challenge: Inaccurate tenant energy billing based on square footage allocation led to disputes. Large tenants with data centers felt overcharged; small tenants felt undercharged. No data to support rate negotiations with utility.

Implementation:

• Submetered each tenant floor (35 submeters)
• Integrated with existing BACnet BMS for HVAC data
• Installed occupancy sensors for common areas
• Connected to utility's Green Button API

Results (12 months):

• Fair billing: Eliminated tenant disputes with actual consumption data
• 22% energy savings in common areas through optimized HVAC schedules
• Tenant engagement: Consumption dashboards motivated tenants to conserve
• Demand response: Earned $45K annually in utility rebates by reducing peak load
• Higher rents justified: Energy transparency became competitive advantage

🏥 Hospital Campus:

Company Type: 850-bed hospital with 4 buildings, 2.5 million sq ft

Challenge: Energy represented 3rd largest expense ($4.2M annually). Committed to carbon neutrality by 2030 but lacked baseline data. Required ISO 50001 certification for sustainability reporting.

Implementation:

• Integrated existing BMS (Siemens Desigo) with 200+ points
• Deployed 80 new electricity submeters for departments and equipment
• Connected steam, chilled water, and medical gas meters
• Implemented weather station integration for normalization

Results (18 months):

• 18% energy cost reduction ($756K annual savings)
• Carbon emissions reduced by 2,340 tons CO2e (15% reduction)
• ISO 50001 certified ahead of schedule
• Energy transparency: Department-level consumption visibility enabled accountability
• Predictive maintenance: Energy anomalies identified equipment problems early
• On track for carbon neutrality goal with clear roadmap

🏬 Retail Chain

Company Type: 450 retail locations across 12 states
Challenge: Inconsistent energy performance across locations ($28M annually). No way to benchmark stores or identify underperformers. Manual utility bill entry was error-prone and time-consuming.

Implementation:

• Integrated Green Button data from 15 utilities automatically
• Deployed IoT electricity monitors in all stores (3 per store: HVAC, lighting, plugs)
• Weather normalization based on store location
• Store benchmarking dashboard

Results (24 months):

• 24% energy reduction across portfolio ($6.7M annual savings)
• Identified outliers: 47 underperforming stores flagged for improvement
• Best practices sharing: Top 10% store efficiency strategies deployed chain-wide
• Automated billing: Eliminated manual entry, reduced errors by 98%
• Predictive equipment replacement: Saved $890K by targeting least efficient stores first