WattsIQ offers tailored energy management solutions for residential, commercial, and industrial applications. Our modular approach allows systems to scale from single homes to multi-building campuses.
Each solution is designed to address specific operational requirements, infrastructure constraints, and optimization goals.
Home automation modules that integrate with smart thermostats, water heaters, EV chargers, and solar systems.
Dashboards and control systems for offices, retail spaces, and multi-tenant buildings.
Enterprise-grade platforms for manufacturing facilities, warehouses, and process industries.
Transform your home into an intelligent energy environment with automated control and predictive optimization.
A comprehensive home energy management system that learns household routines and optimizes electricity consumption without compromising comfort. The system integrates with existing smart home devices and provides transparent reporting on savings and environmental impact.
Professional installation includes smart meter integration, device pairing, and system configuration. The AI model begins learning household patterns immediately and reaches optimal performance within 30 days. Homeowners retain manual override control at all times.
Optimize multi-zone buildings with centralized control, occupancy-based automation, and detailed energy analytics.
Designed for office buildings, retail stores, hotels, and mixed-use facilities. The platform manages HVAC, lighting, refrigeration, and plug loads across multiple zones with predictive algorithms that balance occupant comfort with energy efficiency. Integration with existing Building Management Systems (BMS) ensures seamless deployment.
Independent optimization for each building zone based on occupancy, function, and schedule. Conference rooms, common areas, and private offices receive tailored treatment.
Automated participation in utility demand response programs. System reduces non-critical loads during grid peak events to earn incentives and lower costs.
For multi-tenant buildings, individual consumption tracking enables fair cost allocation and encourages energy-conscious behavior through transparent reporting.
Predictive models monitor equipment performance and alert facility managers to potential failures before they occur, reducing downtime and repair costs.
Automated generation of energy audit reports, carbon footprint statements, and compliance documentation for LEED, BOMA BEST, and other certifications.
Role-based dashboards for facility managers, executives, and sustainability teams. Real-time KPIs, trend analysis, and benchmark comparisons.
Commercial installations typically require 4-6 weeks from initial assessment to full operation. This includes infrastructure audit, BMS integration, sensor installation, and staff training. Cloud-based architecture minimizes on-premises hardware requirements.
Enterprise-grade energy management for facilities with complex operations, heavy machinery, and continuous processes.
Comprehensive platform for manufacturing plants, warehouses, data centers, and process industries. Handles high-frequency data from thousands of sensors and coordinates energy use with production schedules, equipment maintenance, and supply chain logistics. Advanced analytics identify inefficiencies and recommend capital improvements.
Synchronize energy consumption with production planning systems (ERP, MES). Schedule energy-intensive processes during low-cost periods while meeting delivery deadlines.
Monitor motor efficiency, compressor performance, and thermal equipment operation. Detect degradation early and optimize replacement timing based on total cost of ownership.
Historical and forecasted consumption data supports energy procurement negotiations and contract optimization. Insights into load profiles and flexibility inform bidding strategies.
Centralized oversight of energy performance across multiple facilities. Benchmarking and best practice sharing across sites. Corporate-level sustainability reporting.
WattsIQ Enterprise scales from single facilities to global portfolios. Custom modules address industry-specific requirements such as refrigeration management for food processing, compressed air optimization for manufacturing, or cooling management for data centers. Open APIs enable integration with existing enterprise software.
Professional services ensure successful deployment and ongoing optimization of WattsIQ systems.
Comprehensive assessment of current energy use, infrastructure condition, and optimization opportunities. Baseline measurements establish performance metrics.
Custom configuration based on building type, operations, and goals. Hardware specification, network architecture, and integration planning.
Professional installation of sensors, controllers, and communication infrastructure. System testing and performance validation before handover.
On-site training for facility staff, operators, and management. User manuals, technical documentation, and video tutorials provided.
24/7 system monitoring with proactive issue resolution. Technical support via phone, email, and remote diagnostics. Regular performance reviews.
Quarterly analysis of system performance with recommendations for improvement. Model retraining and algorithm updates to maintain accuracy.
Flexible options make energy management accessible for organizations of all sizes.
No upfront capital investment. WattsIQ covers installation costs and is compensated through a share of realized savings. Performance guarantees ensure risk-free implementation.
Direct purchase with perpetual license. System ownership with ongoing subscription for cloud services, updates, and support. Typical ROI within 2-3 years.
WattsIQ assists in identifying and applying for utility rebates, government grants, and efficiency incentives available in Quebec and Ontario.
Enhanced service agreements include priority support, quarterly optimization reviews, and guaranteed response times for critical issues.
Schedule a consultation with our solution architects to discuss your energy management objectives and identify the optimal configuration.