Expanding Operations While Reducing Consumption
As companies look to grow their business through expanding operations, managing increasing energy consumption can pose unique challenges. Energy Service Optimization (ESO) provides a smart, data-driven solution that helps organizations scale up in a sustainable way. By leveraging Internet of Things technologies, automation, and artificial intelligence, ESO offers a comprehensive approach to optimize how energy is generated, distributed, and utilized across new and existing facilities.
Implementing Smart Systems and Controls
At the core of energy Energy ESO is implementing advanced monitoring and controls systems across HVAC, lighting, and other energy-using systems. Smart thermostats, occupancy sensors, variable speed drives, and centralized management software allow remote monitoring and adjustment of settings. This enables automatic adjusting of temperatures, lighting levels, and equipment operation based on occupancy patterns and outside conditions. Fine-tuning operations minimizes wasted energy from underutilized or idle systems. Automation also flags any issues immediately for proactive maintenance.
Leveraging Renewable Energy Sources
As companies expand, ESO guides the incorporation of on-site renewable energy generation such as solar panels, wind turbines, combined heat and power systems, and ground-source heat pumps. An energy master plan models optimal system sizing, placement, and integration with the local grid. Operational data is then used to schedule self-generation during peak demand periods for maximum savings. Connecting renewable microgrids to new sites powers rapid growth sustainably from day one.
Driving Greater Efficiency Through Digital Twins
ESO creates digital replicas or “twins” of physical infrastructure using building information modeling, 3D scanning, and sensor data. Artificial intelligence analyzes operational patterns to uncover further optimization opportunities across portfolios. Digital twins simulate ‘what-if’ scenarios for retrofitting, renovating, or enhancing existing buildings and systems to significantly boost performance. They also predict energy needs for new construction early in the design process. This ensures projects meet sustainability targets from concept through occupancy.
Maximizing Demand Flexibility Potential
Flexibility in electricity demand is a major factor as more variable renewable energy comes online. ESO identifies ways for companies to participate in demand response and load shifting programs through smart controls. End uses like HVAC and industrial processes are automated to curtail or shift loads to off-peak periods with no impact on operations or comfort. Data insights determine each site's demand flexibility potential. Aggregating this capacity provides a new revenue stream while supporting grid reliability as businesses expand their footprint.
Streamlining Procurement and Financing
Implementing ESO at scale requires streamlining procurement, contracting, and project financing across portfolios. A centralized platform manages RFPs, vendor selection, contract management, measurement and verification, and ongoing commissioning for all energy-saving projects. Standardized processes and templates expedite project development and delivery. Energy savings performance contracting and power purchase agreements further simplify financing sustainable infrastructure over time through verified energy savings and utility incentives.
Realizing the Vision Through Data and Expertise
To fully realize the vision of optimized energy systems supporting responsible growth, ESO leverages dedicated expertise. Interdisciplinary teams consist of engineers, building scientists, automation specialists, data analysts, financial experts, and sustainability professionals.
Alongside in-house or third-party capabilities, energy ESO establishes individualized collaboration models drawing on specialized skills. Continuous monitoring, analysis, reporting, and support drives lasting behavior change and long-term savings. This comprehensive, customized approach means companies scaling up gain a strategic advantage through sustainable, efficient operations.
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