ELECTROMAGNETIC TRANSIENTS SIMULATION PLATFORM

New Products / New Technology

CLOUDPSS IESLAB: INTEGRATED ENERGY SYSTEM SIMULATION & PLANNING PLATFORM

Provides comprehensive energy system planning and design, scheme evaluation, and energy‑flow calculation (production simulation) capabilities for multiple energy forms, including cooling, heating, electricity, and hydrogen. Supports full‑lifecycle applications such as integrated energy system planning, holistic assessment, operational optimization, and simulation, enabling optimal energy utilization and contributing to the achievement of the "dual carbon" goals. Exclusive features: - Coupled power‑and‑thermal‑fluid‑system flow (energy‑flow) simulation and analysis - Equipment selection and capacity sizing for integrated energy systems, along with 8,760‑hour operational optimization - Multi‑dimensional assessments covering environmental impact, energy efficiency, carbon footprint, and financial performance, aiding investment decision‑making.

CLOUDPSS DSLAB: SOURCE-GRID-LOAD-STORAGE COLLABORATIVE OPTIMIZATION & SIMULATION PLATFORM

New Products / New Technology

A new‑type power system oriented toward coordinated source‑network‑load‑storage integration provides an integrated "graph‑model‑data‑computing" analysis tool, enabling a single platform and a unified modeling framework to support diverse computational functions—including load forecasting, power flow analysis, electromagnetic transient simulation, short‑circuit calculation, reliability assessment, energy storage planning, reactive power optimization, and static security analysis—thereby facilitating the development of next‑generation power systems. Exclusive features: Efficient management of heterogeneous multi‑source data spanning generation, grid, load, and storage; a single platform and unified model that underpin multiple functionalities, addressing cross‑software data‑consistency challenges; and a fully in‑house developed, ultra‑large‑scale automatic modeling, parameter calibration, and simulation engine for source‑network‑load‑storage systems.