SERVICE SAMPLE REPORTS

Explore sample reports for all six services

These demonstration PDFs show the typical outputs for basic data diagnostics, Baseline & M&V modelling, detailed process/utility analysis, Test & Adjust, continuous performance management, and in-house training.

Important: all figures in the PDFs below are fictional demonstration values. They do not represent a real customer, verified savings, a binding quotation, or a savings guarantee.
QUICK ACCESSReview sample reports first, then request a real pre-assessment.

Browse the six public DEMO reports and then ask what can be analysed for your own facility, equipment, and available data.

SAMPLE 01 · SERVICE

기초 데이터 진단

결측, 시간축 불일치, 계량경계, 용도별 소비구조를 점검하고 1차 원단위 KPI를 정의하는 공개용 샘플입니다.

Main outputs

데이터 품질 점검표 · 용도별 소비구조 그래프 · 핵심 KPI 후보 · 우선 진단과제 목록

Demonstration only · Korean sample report

SAMPLE 02 · SERVICE

Baseline·M&V 모델 구축

생산량·가동시간·기상변수 등을 활용한 회귀 Baseline과 M&V 평가 절차를 설명하는 샘플입니다.

Main outputs

회귀 Baseline 식 · 적합도·교차검증 통계 · 잔차 진단 · Adjusted Baseline과 Actual 비교표

Demonstration only · Korean sample report

SAMPLE 03 · SERVICE

공정·Utility 정밀분석

공정 및 유틸리티 설비의 효율과 공급·수요 Balance를 분석해 잠재량과 우선순위를 도출하는 샘플입니다.

Main outputs

설비별 KPI 표 · 공급·수요 Balance 도식 · 잠재 절감량 시나리오 · 개선 우선순위

Demonstration only · Korean sample report

SAMPLE 04 · SERVICE

현장 Test & Adjust

기존 운전과 개선 운전을 시험 계획에 따라 비교하고 품질·안정성·에너지 사용량을 검증하는 샘플입니다.

Main outputs

시험 프로토콜 · A/B 테스트 결과표 · 운전조건별 품질·에너지 비교 · 개선 운전기준

Demonstration only · Korean sample report

SAMPLE 05 · SERVICE

지속 성능관리·M&V

월간 Actual vs Adjusted Baseline, 이상운전 탐지, 후속 과제 관리 형식을 보여주는 샘플입니다.

Main outputs

월간 KPI 대시보드 · M&V 요약표 · 이상 알림 목록 · 운영 개선회의 액션아이템

Demonstration only · Korean sample report

SAMPLE 06 · SERVICE

기업 맞춤 교육·내재화

사내 담당자가 직접 KPI, Baseline, M&V, Python/Pandas 분석을 수행할 수 있도록 돕는 교육 샘플입니다.

Main outputs

교육 커리큘럼 · 실습 예제 데이터 · 실무용 템플릿 · 역량 진단 체크리스트

Demonstration only · Korean sample report

How to use the sample reports

  1. Review the report format and deliverables for each service.
  2. Focus on the sample closest to your process, equipment, or building type.
  3. Use the pre-assessment form to ask what can be analysed with your own data.
  1. Discuss the required data, time horizon, and priority questions.
  2. Receive a tailored proposal and quotation before starting the project.
  3. Extend the engagement to Test & Adjust, M&V, or training if needed.

Compare all six sample services at a glance

ServiceMain purposeTypical input dataMain outputsBest fit situation
01 Basic data diagnosisCheck data quality and define first-round KPIsMES, EMS/BEMS, metering list, operation logsData quality checklist, consumption breakdown, KPI shortlistWhen you need to know where to start
02 Baseline & M&V modelBuild an adjusted baseline and an evaluation frameworkBaseline/reporting periods, production, weather, runtimeRegression formula, fit statistics, M&V tablesWhen savings must be explained quantitatively
03 Process & utility analysisFind losses and ranked saving opportunitiesEquipment metering, flow, pressure, temperature, statusKPIs, balances, opportunity scenariosWhen utilities or process systems need deeper analysis
04 Test & AdjustVerify operating changes by controlled testsTest plan, measurements, quality and production dataTest protocol, condition comparisons, verification resultsWhen you are preparing an operating change
05 Continuous performance M&VTrack monthly performance and early anomaliesRegular operating data, KPI history, event logsMonthly reports, cumulative trends, alert listsWhen ongoing management is required
06 Training & capability buildingBuild internal analytical capabilitySample internal data, learner level, workshop environmentTraining materials, exercises, templatesWhen your team wants to run KPI/Baseline work internally

From sample review to engagement

  1. 01Review service samples
  2. 02Pre-assessment서 작성
  3. 03Review scope and data
  4. 04Discuss proposal and quotation

Could this apply to our site?

Tell us your industry, target systems, available MES/EMS/BEMS data, time period, and business question. We will review the feasible analysis scope and required inputs.