Industrial HVAC Energy Architecture

Diese System-Ansicht zeigt, wie industrielle HVAC-Lasten über Grid-Power, Rooftop-PV und Batterie-Pufferung versorgt, ausgeglichen und gesteuert werden. Sie visualisiert die Multi-Layer-Energieverteilung und Kontrolllogik, die verwendet wird, um die thermische Performance unter schwankender Nachfrage und erneuerbarer Eingabe stabil zu halten.

Prototyp-Umgebung. Illustrative Daten.

Visualisiert

  • •Kühl-/Heiz-/Erneuerbare-Energieflüsse über Layer
  • •Last- und Peak-Kapazitätsbeschränkungen
  • •EMS/BMS-Kontrollpunkte und Failover-Prioritäten
  • •HVAC-Kernausführungsschicht (AHU, Wärmepumpe, Chiller)
  • •Zone-Level-Lastzuweisung und Kritikalität

Verwendet für

  • •Validierung hybrider Energiearchitektur
  • •Dimensionierung von Konversion + Pufferungsstrategie
  • •Mapping von Integrationsabhängigkeiten und Kontrollschleifen
  • •Tender-ready Systemdokumentation

Industrial HVAC Energy Architecture

Multi-Layer Control & Distribution System

Total Load
42 kW
Renewable Share
38%
Peak Capacity
65 kW
Energy Balance
Stable
Flow Types:
Energy Flow (Cooling)
Energy Flow (Heating)
Energy Flow (Renewable)
Data/Control Flow
Primary Energy Layer

Grid Power

230/400V AC | Primary Source

Rated Input: 50 kW
Current Draw: 45 kW
Redundancy: Dual Feed
Priority: Primary

Solar PV Array

Rooftop Installation | 25 kWp

Current Output: 18.2 kW
DC/AC Efficiency: 96.2%
Integration: Grid-tied
Protocol: Modbus TCP

Battery Storage

Li-Ion ESS | Secondary Buffer

Nominal: 50 kWh
Rated Discharge: 30 kW
SOC: 68% (34 kWh)
Integration: EMS Priority 2
Distribution & Control Core

Main Switchboard

Distribution Unit | Control Node

Load: 42 kW / 65 kW max
Protection: 3-Phase MCB
Dual Feed: Grid + Solar
Monitoring: Real-time

Control Unit

Power Management System

Mode: Adaptive Load Balance
Protocol: BACnet/IP
Response: <100ms
Failover: Automatic
Execution Layer: HVAC Core Systems

Air Handling Unit 1

AHU-PROD-01 | Cooling

Airflow: 7,200 m³/h
Supply Temp: 18°C
Power Draw: 12 kW
Control: DDC / BACnet

Heat Pump

HP-CENTRAL-01 | Heating

COP: 3.8 @ A7/W35
Thermal Output: 22 kW
Redundancy: N+1
Backup: HP-02 (Standby)

Chiller Unit

CH-02 | Process Cooling

EER: 3.2 @ Full Load
Cooling Capacity: 35 kW
Refrigerant: R-134a
Backup: CH-03 (Available)
Load Layer: Building Zones

Industrial Hall

Zone A | Production

Thermal Load: 18 kW
Setpoint: 22°C / 45% RH
Air Exchange: 5.2 ACH
Criticality: High

Office Space

Zone B | Administration

Thermal Load: 6 kW
Setpoint: 21°C / 50% RH
Area: 840 m²
Priority: Comfort

Production Area

Zone C | Assembly

Thermal Load: 12 kW
Setpoint: 20°C ±1°C
Process-sensitive
Tolerance: Strict
Monitoring Layer (Cross-System)

Sensor Network

IoT Data Acquisition

Protocol: Modbus / BACnet
Nodes: 142 active
Sampling: 5s interval
Uptime: 99.8%

BMS Controller

Building Management System

Control Mode: Adaptive PID
Redundancy: Active/Standby
Platform: Siemens Desigo
Network: Ethernet/IP

Analytics Platform

Data Processing & Analysis

Data Retention: 24 months
Anomaly Detection: Enabled
Reporting: Automated
Integration: REST API

Operational Energy System Model | Version 1.3 | Simulation Snapshot | Live Environment

Verwandte System-Ansichten

OT/IT-Integration
Enterprise-Integrationsarchitektur
Performance-Intelligenz
Echtzeit-Monitoring & Optimierung
Lifecycle & Service
Segment-basierte Service-Architektur