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Development of CityGML-Based Energy Simulation Platform for Sustainable Urban Planning

eleks.com

Business services

Environmental Services

Utilities

Urban Energy Modeling Challenges

Need for comprehensive evaluation of CityGML's capabilities in modeling energy-efficient urban areas, including lack of validated use cases, unclear PoC prerequisites, and integration challenges with renewable energy simulation tools for photovoltaic systems, micro wind turbines, and microgrids.

About the Client

Global consulting firm specializing in technology solutions for sustainable urban development and CO₂ reduction initiatives

Project Goals for CityGML Urban Energy Modeling System

Evaluate CityGML's applicability for urban energy simulations
Develop Simulation-as-a-Service solutions for renewable energy optimization
Create prioritization framework for PoC development
Establish integration methods with open-source toolsets

Core System Functionalities

Photovoltaic system optimization with location/power analysis
Micro wind turbine installation feasibility analysis
Microgrid planning with CO₂ reduction calculations
3D urban modeling using CityGML
Simulation-as-a-Service delivery model

Technology Stack Requirements

CityGML (OGC standard)

Open-source GIS tools

Energy simulation engines

Cloud-based SaaS architecture

System Integration Needs

Urban planning software (e.g., AutoCAD, Revit)
Renewable energy databases
CO₂ emission calculation APIs
Smart grid management systems

Non-Functional Requirements

High scalability for large urban datasets
Interoperability with multiple data formats
Real-time simulation performance
Data security for urban infrastructure models

Expected Impact of CityGML Energy Simulation Platform

Enables data-driven urban planning for energy efficiency, reduces CO₂ emissions through optimized renewable energy deployment, and provides standardized PoC frameworks for sustainable city development. The platform will enhance decision-making for smart city projects and support global sustainability goals.