TETERION ENGINEERING SOLUTIONS
TETERION integrates engineering solutions around the project’s actual requirements, performance objectives, lifecycle value, and long-term performance.
01 — BUILDING & PASSIVE DESIGN
Building envelope, insulation, windows, shading, daylight, thermal bridges, and passive cooling strategies.
02 — HVAC & HEALTHY AIR
Efficient HVAC, heat pumps, ventilation, ERV/HRV, filtration, indoor air quality, humidity, and condensation control.
03 — ENERGY & POWER
Solar PV, batteries, hybrid systems, microgrids, metering, load management, backup power, and EV charging.
04 — WATER & IRRIGATION
Water efficiency, leak detection, rainwater, greywater, wastewater, smart irrigation, condensate recovery, and water treatment.
05 — CIRCULARITY & LOW-CARBON MATERIALS
Waste reduction, material efficiency, low-carbon materials, and lifecycle considerations.
06 — SMART LIVING, SAFETY & COMFORT
Smart home systems, lighting, curtains, occupancy, security, fire safety, and comfort management.
07 — DIGITAL INTELLIGENCE
Dashboards, analytics, anomaly detection, predictive maintenance, digital twin, weather and occupancy intelligence, and open protocols.
08 — ENGINEERING & SUSTAINABILITY SERVICES
Energy and water audits, energy modeling, CFD, lifecycle cost analysis, carbon assessment, commissioning, and measurement & verification.
HOW SOLUTION LEVELS ARE DEFINED
01 — STANDARD
Essential performance, quality, safety, and reliable operation for the defined project requirements.
02 — PREMIUM
Higher efficiency, enhanced control, additional sensing, and increased automation for improved performance and management.
03 — VIP
Higher intelligence, advanced comfort, deeper customization, analytics, and enhanced system integration for demanding projects.
FROM ACTUAL PERFORMANCE TO THE RIGHT SOLUTION
TETERION begins with the project’s actual conditions—not with a predefined system. We measure real energy and water use, identify waste and performance gaps, reduce unnecessary demand and OPEX, then determine the right engineering solution and CAPEX for the project.
01 — MEASURE
Measure actual energy, water, equipment, building, and operating conditions.
02 — REDUCE
Identify and reduce waste, losses, unnecessary demand, and operating costs.
03 — OPTIMIZE
Evaluate alternatives, lifecycle value, OPEX, and the appropriate CAPEX for the project’s actual needs.
04 — INTEGRATE
Design and integrate the right-sized building, energy, water, HVAC, smart, and digital systems.
ENGINEERING SOLUTIONS BY PROJECT NEED
BUILDING PERFORMANCE
Passive design, envelope, insulation, windows, shading, daylight, and thermal performance.
HEALTHY & EFFICIENT HVAC
HVAC efficiency, ventilation, filtration, indoor air quality, humidity, and condensation control.
ENERGY & POWER
Solar PV, batteries, hybrid systems, microgrids, metering, load management, backup power, and EV charging.
WATER & RESOURCE EFFICIENCY
Water efficiency, leak detection, rainwater, greywater, wastewater, smart irrigation, and water treatment.
SMART & DIGITAL ENGINEERING
Smart systems, monitoring, analytics, automation, digital twin, predictive maintenance, and engineering intelligence.
ENGINEERING & LIFECYCLE SERVICES
Energy and water audits, modeling, CFD, lifecycle cost analysis, commissioning, M&V, and sustainability services.