AERO-ONE — Energy Audit · Mechanical Equipment Performance Inspection · Performance Improvement Consulting
Energy Audit Institution
Performance Inspection Provider
Technology Expertise
Identify where energy is being lost,
and determine what to change first.
Every service begins with field measurement and ends with numbers.
01Energy AuditENERGY AUDIT
We handle mandatory energy audits for sites consuming 2,000 toe or more per year.
Selected Project Records
D○ Precision Co., Ltd.2024.02 · 103.63 tCO₂
M○ Industrial Co., Ltd.2024.06 · 149.55 tCO₂
H○ Corporation2024.11 · 1,013.16 tCO₂
02Mechanical Equipment Performance InspectionPERFORMANCE INSPECTION
We first check whether you are subject to performance inspection under the Mechanical Equipment Act.
Systems Inspected
Heat Source and HVAC EquipmentMeasured Against Design Performance
Pump and Piping SystemsPressure and Flow Quantification
24 Types of InstrumentsOperated In-House
03Performance Improvement ConsultingPERFORMANCE RETROFIT
We first determine whether the change is worth making.
Improvement Cases
S○ Needle Co., Ltd.KRW 125 million in annual savings
B○ Solutions Co., Ltd.KRW 52 million in annual savings
S○ Hi-TechKRW 78 million in annual savings
04AI Energy AuditAI DIAGNOSIS
AI identifies operating conditions using a DWSIM digital model.
Components
DWSIM Digital TwinPhysics-Based Feasibility Assessment
AI scenario searchOptimal operating conditions
Data AnalysisDemand Forecasting · Predictive Maintenance
05Solid-State Hydrogen StorageHYDROGEN STORAGE
A low-pressure hydrogen storage system based on metal hydrides.
System configuration
Metal Hydride ModuleCartridge-Based Configuration
Storage and Supply EquipmentLow-Pressure Operation
Patent No. 10-2545179Registered Jun 14, 2023Rather than relying on experience,
we verify with data and simulation.
Based on field measurement data and equipment operating information, we use process simulation and our in-house AI analysis solution to analyze energy-use patterns and verify the effects of improvement measures in advance.
Site survey → Experience-based analysis → Improvement proposals
Field measurement → Data analysis → Simulation → AI optimization → Improvement review → Investment return analysis
We verify in five steps.
Field Measurement & Data Collection
We measure operating data for each piece of equipment, including power, pressure, temperature, flow, and operating hours.
Energy Use Profile Analysis
We analyze consumption and operating patterns by equipment to identify inefficiencies.
Simulation
We transfer operating conditions to a digital model and calculate the cost savings when conditions change.
AERO-ONE AI Analysis
With our in-house AI, we compare operating scenarios to identify the optimal operating conditions.
Improvement Impact Verification
We quantify energy savings, greenhouse gas emissions reductions, investment costs, and payback periods.
On site,
we measure directly.
We stand in front of the equipment, instruments in hand.
We collect measured data, not data from drawings and equipment nameplates.
Waste you cannot see
stays hidden until you measure it.
We audit using data measured on site.
We directly measure power, pressure, temperature, and flow on site.
We run improvement scenarios one by one in DWSIM.
Before making changes, we calculate the cost savings.
Our in-house AI identifies the operating conditions that minimize energy use.
We compare countless scenarios to narrow down the options.
We calculate the investment cost, cost savings, and payback period.
We provide the numbers needed for decision-making.
We rely on data, not intuition.
We own 24 types of instruments for measuring power, flow, pressure, temperature, combustion gases, and more.
An audit starts not with data from others, but with values we measure on site.
We first check whether your site
qualifies.
Send us just your site size and equipment list,
and we will first identify which requirements or programs apply.
If you don't qualify, we'll tell you so.