About Energy Logic Solutions
Engineering-driven energy performance for commercial and industrial facilities.
Led by Stephen Carpenter
Energy Logic Solutions was founded to bring disciplined engineering thinking to energy performance and cost reduction. We work with commercial and industrial facilities to identify inefficiencies at the system level — where real savings occur.
Our approach is grounded in licensed professional engineering experience and decades of hands-on facility analysis. Rather than relying solely on utility data or surface-level recommendations, we evaluate mechanical systems, electrical infrastructure, controls, and operational patterns inside the building.
The result is practical, measurable improvements that reduce operating costs, improve reliability, and support long-term performance.
Stephen Carpenter
- Licensed Professional Engineer
- Certified Energy Manager
- Certified Energy Auditor
Our Approach
Data-Driven Analysis
Every recommendation is supported by measurable system performance, not assumptions. We evaluate actual load profiles, equipment behavior, and operational patterns to identify meaningful opportunities.
System-Level Thinking
Energy efficiency is not achieved through isolated upgrades. We assess HVAC, electrical, controls, and building interactions together to ensure changes improve overall performance.
Measurable Outcomes
Our work is focused on quantifiable results — reduced operating costs, improved system efficiency, and clearly documented performance improvements.
Credentials & Certifications
Professional Engineer (PE)
Licensed Professional Engineer with experience in commercial and industrial system analysis, energy performance evaluation, and infrastructure optimization.
Certified Energy Manager (CEM)
Certified by the Association of Energy Engineers, demonstrating advanced expertise in energy management principles and cost-reduction strategies.
Certified Energy Auditor (CEA)
Credentialed to perform comprehensive energy audits focused on identifying efficiency improvements and documenting performance potential.
Experience Snapshot
23+ Years Experience
Commercial and industrial system evaluation and optimization.
$95K+ Monthly Savings (Client)
Documented energy cost reduction through system-level improvements.
1.08 Optimized Data Center PUE
Measured performance improvement in mission-critical environment
$1.40+ Per Sq Ft Annual Savings
Demonstrated cost reduction across commercial facilities.
Core Competencies
- Measurement & Verification Professional services
IPMVP-compliant M&V plan development, baseline modeling with statistical analysis, savings quantification and uncertainty assessment, and performance verification for ESPCs
- HVAC Systems Engineering & Analysis
Load calculations, equipment sizing and selection, system design, performance optimization, and troubleshooting of heating, cooling, and ventilation systems
- Energy Conservation Measures (ECMs/ECOs)
Technical feasibility analysis, engineering calculations, lifecycle cost evaluation with NPV/IRR analysis, and implementation specifications
- Building Automation & Energy Management Systems
DDC/BAS assessment and design, EMS programming and optimization, control strategy development, and system integration
- Utility Demand-Side Management Programs
Rebate application development, technical documentation, savings calculations, and incentive maximization for PNM SEM/Retrofit, NMGC, and EPE programs
- Controls Engineering & Optimization
Sequence of operations development, DDC programming, energy-saving control strategies, and performance monitoring implementation
- Building Commissioning Services
New construction commissioning (Cx), retro-commissioning (RCx), monitoring-based commissioning (MBCx), and ongoing commissioning (OCx)
Notable Project Results
Semiconductor Industry
$95k/month in energy savings + $47k/month in avoided maintenance
Commercial Office Building
Over $1.40/sq ft/year in electrical savings
High-Performance Data Center
Part of the team that achieved a PUE optimization of 1.08 in Albuquerque, NM.
CHP Plant Optimization
Optimized CHP (Combined Heat and Power Plant) operation, prevented shunt trips, maximized generator contribution, and improved ROI by roughly $12,000 per system annually, a solution that has since become widely adopted across the region.
Let’s review your facility.
If you’re evaluating opportunities to improve system performance or reduce operating costs, We’d be glad to discuss your building and determine the most practical next steps.