Afectus Energy

Energy Intelligence & Power Systems Engineering

We Turn Data Into Engineering Models, and Models Into the Right Energy Decision

By modeling consumption, generation, tariff and power system data together, we provide independent technical evaluation for your energy investment, system architecture and operating decisions.

Decision Problems

Energy and power system decisions at industrial facilities usually start with questions like these.

Energy Intelligence

Does a BESS investment make technical and financial sense for this facility?

Energy Intelligence

Which scenarios can reduce peak demand cost?

Energy Intelligence

How should surplus solar generation be evaluated?

Power Systems Engineering

What is the current arc flash risk level at this facility?

Power Systems Engineering

Is protection coordination still valid for current load and fault conditions?

Project Management

Does the tender received actually meet the facility's technical requirements?

Energy Intelligence

By modeling consumption, generation, tariff and market data together, we provide scenario-based technical and financial analysis for your storage, optimization and energy procurement decisions.

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Power Systems Engineering

We analyze short-circuit, protection coordination, arc flash and power quality as layers of a single power system model, evaluating electrical safety and standards compliance together.

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Project Management

From technical scope definition through testing and acceptance, we independently manage technical accuracy and coordination between parties on the owner's side.

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The Energy Intelligence Model

Every analysis follows the same chain: measured data, a validated model, comparable scenarios and a clear decision framework.

01

Data

15-minute consumption and generation series, tariff structure, market prices and grid constraints are collected and validated.

02

Model

Load profile, storage behavior and cost components come together in a single engineering model.

03

Scenario

Power, capacity and operating strategy variations are tested side by side on the same model.

04

Decision

Each option is reported with its technical and financial outcomes, assumptions and risks.

Analysis Screen

Comparisons like this are the backbone of our reports: how different BESS scenarios affect the load profile and payback on the same facility data.

BESS Feasibility — Scenario Comparison

Sample Scenario

Daily load profile (MW)

02400:0006:0012:0018:0024:00
  • Current load
  • With BESS
  • Peak target
ScenarioPower / CapacityPeak reductionPreliminary payback
Peak shaving0.8 MW / 1.6 MWh18–22%5–7 years
Arbitrage1.0 MW / 2.0 MWh6–8 years
Hybrid1.0 MW / 2.0 MWh12–15%4–6 years

This is a sample scenario prepared with representative data; it cannot be used as an investment decision on its own.

Power Systems Engineering

Short-circuit, protection coordination, arc flash and power quality are not separate services; they are stacked analysis layers of a single power system model.

Explore the analysis layers
  1. 01

    Short-Circuit Analysis

    The system's fault current behavior is modeled; it forms the foundation of every subsequent layer.

  2. 02

    Protection Coordination

    Relay and switchgear settings are verified against fault scenarios for selectivity and clearing times.

  3. 03

    Arc Flash Analysis

    Incident energy is calculated from fault currents and clearing times, informing work safety decisions.

  4. 04

    Power Quality

    Harmonics, voltage events and reactive power behavior are evaluated on the same network topology and impedance model.

Owner's Engineering

Project Management

Afectus Energy is the independent engineering party on the owner's side: it manages the technical accuracy of the investment, the decision processes, coordination between parties, and the quality of outcomes.

Explore the scope

The scope is defined along four axes, from investment decision through testing and acceptance:

Sample Analysis Summary

Real case studies will be published once confidentiality processes are complete; until then, we illustrate the structure of a feasibility study through a sample study.

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BESS Feasibility

Sample Study

Context
A mid-sized manufacturing facility profile: ~12 GWh annual consumption, 2.5 MW peak demand, 1 MWp solar (sample values).
Question
Do the existing solar surplus and peak load make a storage investment technically and financially meaningful?
Approach
Twelve months of 15-minute consumption and generation data were validated; tariff components were broken down; peak shaving, arbitrage and hybrid scenarios were compared in a single dispatch model; results were stress-tested against price and degradation assumptions.
Outcome
A preliminary payback range of 4–6 years was calculated under the hybrid operating scenario. Two variables requiring clarification before an investment decision (tariff projection and solar expansion plans) were explicitly flagged in the report.

Insights

The latest technical notes on the methodology behind energy and power system decisions.

BESS & Energy StorageEN soon

BESS Fizibilitesinde En Sık Yapılan 5 Hata

Yıllık fatura toplamıyla boyutlandırma, tek fiyat senaryosu, degradasyonun ihmali — bir BESS fizibilitesini geçersiz kılan hatalar çoğu zaman hesabın kendisinde değil, girdisinde başlar.

2 min read
Solar, Load & Flexibility AnalyticsEN soon

Saatlik Mahsuplaşma Öz Tüketim Stratejisini Nasıl Değiştirir?

Aylık mahsuplaşmada üretimin ne zaman oluştuğu görünmez. Saatlik mahsuplaşmada ise zamanlama her şeydir — öğle fazlası artık kendiliğinden değerlenmez ve öz tüketim stratejisi baştan kurgulanır.

2 min read
Power Systems EngineeringEN soon

Arc Flash Çalışması Neden Etiket Basmaktan İbaret Değildir

Arc flash çoğu zaman pano kapağına yapıştırılan bir etiket sanılır. Oysa o etikette yazan sayı, kısa devre analizinden ve koruma ayarlarından türeyen bir hesabın çıktısıdır — ve o hesap değiştirilebilir.

2 min read
See all insights

Preliminary Technical Assessment

Based on your facility's consumption profile, tariff structure and investment question, we conduct a brief preliminary assessment and return a scope proposal defining which analyses are needed and what data they require.

Request a Preliminary Technical Assessment