热门产品
50+
新功能与增强功能
23,000+
库模型
17,500+
新增保护设备
5,000+
光伏阵列模型
900+
新增电缆与规格
30+
网络安全增强功能
2026 新功能
选择一个类别，探索 ETAP 迄今最具影响力版本中的新功能与增强功能。
可视化修订。即时理解变更。
AI 驱动的建模、分析与洞察。
安全、可扩展，并满足企业级需求。
保持合规。保持受保护。
更深入洞察真实系统行为。
赋能清洁能源充满信心。
从数据到生命周期智能。
连接系统。消除孤岛。
迈向自主电网运营。
获取报价
用户体验
ETAP 2026 引入 3D 网络可视化和强大的 Network Manager，改变工程师与电力系统交互的方式。从静态图纸到沉浸式、数据驱动的环境，工作流程变得更快速、更清晰、更直观。
提供与数据和仿真结果交互的新方式
通过矩阵式可视化简化数据编辑，更快排查项目问题
直接在修订中进行修改
识别所有电机中输入错误的属性。更新该值，将其拖拽应用到所有电机，并从表格视图更新所有属性。
早期部署显示生产效率提升高达20-30%，减少建模、分析和报告所需时间。
AI 与智能
ETAP 2026 将 Electric AI Copilot 和 Autocomplete 扩展到整个工程生命周期，帮助团队搜索项目数据、修改单线图、分析报告、生成 PDF，并获取工程级答案。
使用自然语言命令搜索、分析、报告并修改项目数据。
基于现有网络，直接在单线图中建议元件和连接。
在确保工程数据安全的同时，基于 ETAP 电力系统知识库提供快速、可信的 AI 指导。
云与网络安全
ETAP 2026 引入经过根本性重新架构的 License Manager，以及 30 多项网络安全增强功能，提供更坚固的基础并提升企业兼容性。
简化、安全，并始终可用。
可扩展、灵活，并为现代团队打造。
ISO 27001 认证基础与纵深防御架构。
分布式和全球团队可通过集中且安全的许可证治理获得支持，无需硬件物流，并且不在安全性上做任何妥协。
在配备电池的数据中心，工程师可以更准确地选择 PPE，从而提升人员与设备安全。
安全与保护
ETAP 2026 通过全面符合最新标准（包括 NFPA 70E 2027、CSA Z462 2024 和 EN 50110-1 2024）来提升安全性。同时引入暂态直流电弧闪络建模，从近似方法转向基于物理的精确性。
改进数据中心和 BESS 的安全分析。
支持最新标准更新和更快的批处理。
增强差动继电器建模。
满足新的 NFPA 70E 2027 要求
ETAP 2026 帮助工程师更快验证复杂电气网络中的保护方案。协调继电器、断路器、熔断器和关键资产，以提升选择性、降低误配合风险，并通过可信的工程级智能加强电气安全。
Fault Isolation verification in meshed networks and succeed/fail notifications
Clear coordination analysis with original and shifted TCC curve plots, applying breaker delays, fuse preloading, and time/current shift factors
PD settings deliverables with Excel-ready reports and datablocks
Multi-stage short circuit and protection & coordination evaluation
在大型太阳能光伏并网项目中，工程师可以确保现有电网能够处理波动的能源输入，同时不影响稳定性。
工程师可直接从大规模系统仿真中执行频率响应估算和稳定性分析，无需简化假设。
动态与暂态
ETAP 2026 提供基于逆变器系统的高级仿真，使用真实世界的非线性模型，准确建模快速暂态、频率行为和系统稳定性。
Estimates and analyzes of motor parameters from manufacturer data.
支持基于时域仿真的控制系统设计与整定。
提供 BESS 与可再生能源系统的全面分析。
可再生能源与电网合规
ETAP 2026 将可再生能源并网从受约束驱动的挑战转变为数据驱动的机遇。超越简单电压近似，进入多约束工程现实，在最大化 DER 消纳的同时确保电网稳定。
结合保护与谐波评估可再生能源容量。
Optimizes Volt-VAR with CO2 intelligence.
缩减并聚合大型网络。
Studies thermal limits across entire transmission path (IEEE 738/605/C57.91 & FERC Order 881).
Identify the true capacity by evaluating voltage rise, harmonic THD, and breaker ratings simultaneously to determine exactly what upgrades unlock more MW.
In industrial facilities, teams prioritize critical assets first, reducing downtime and compliance risks through system-driven maintenance insights.
资产管理与维护
ETAP 2026 integrates maintenance directly into the digital twin, enabling risk-based, system-aware asset management with real-time visibility into compliance and operational impact.
Records and tracks maintenance intervals to comply with NFPA 70B.
Provides local and mobile access to asset information.
Visualize, simulate, and manage electrical systems remotely from any device. Integrates monitoring, reporting, and scenario analysis.
数据交换与互操作性
With DataX™, ETAP 2026 enables seamless integration across GIS, BIM, CAD, and legacy tools - automating model creation and eliminating weeks of manual data re-entry.
Scripts and studies automation enhancements to create a single-line diagram from Restful API.
Supports SKM V11, Revit 2025 & 2026, AutoCAD 2025 & 2026, CIM17-GIS, ESRI ArcMaps 10.8.2, CanecoBT and ERACS.
Adds 22 new elements, universal mapping, one-line view import/export.
Engineers migrating from legacy tools can convert full systems instantly, including diagrams and device mappings.
Automatically identify fault locations and execute optimized switching sequences to restore power to hospitals and essential services first, reducing outage times from hours to seconds.
自动化与运营
The final frontier of the electrical digital twin is Operations. ETAP 2026 connects your physics-based, AI-powered model to the running power system. Automate decisions, response to disturbances in seconds, and prioritize critical loads with distribution management built for the modern grid.
Scales grid and power plant monitoring. Shows energized and de-energized feeders in real time.
Prioritizes critical loads and generates optimal switching sequences.
Provides real-time visibility into high-risk environments.
A dual-module guide defining the visual narrative and feature categorization for a software-centric product launch.
Pair authentic infrastructure imagery with subtle interface overlays andrestrained geometric patterning. Use ETAP red as the dominant accent,while secondary colors highlight AI, compliance, cloud, and data momentsonly where needed. Content to be provided.
Use a compact, scrollable feature rail to help power users scan new modules and enhancements quickly without overwhelming first-time visitors.
Engineer safety before risk becomes reality.
Advance arc flash, transient DC analysis, capacitor energy discharge, and protection-coordination to protect people and equipment with engineering-grade precision.
Model the real system and predict how it behaves.
Validate performance across dynamics, transient stability, frequency response, motor starting, renewable integration, and real-time operations.
Accelerate every engineering workflow.
AI Copilot, Network Manager, 3D visualization, automation APIs, DataX interoperability, and expanded libraries reduce manual effort and speed decisions.
Enable cleaner power with confidence.
Support higher renewable penetration through feeder hosting capacity, Volt-VAR optimization CO₂, BESS and DER analysis, grid-code dynamics, and time-series load flow.
Stay aligned with the latest standards and requirements.
Built-in support for current safety, maintenance, grid-code, and cybersecurity standards helps teams design and operate with confidence.
Discover how ETAP 2026 can transform engineering workflows, improve system reliability, and accelerate your energy transition with a more intelligent, connected, and secure platform.
Learn how ETAP Feeder Hosting Capacity (FHC) provides immediate insights on the optimal amount and placement of distributed energy resources (DERs). Enhanced in ETAP 2026, short circuit and harmonic constraints have been added to this module. The pre...
In this testimonial, KBB shares how they improved their processes through the use of SEE 3D technology to design and engineer switchboards and control cabinets. Now that they are using SEE Electrical and SEE 3D Panel Manufacturing, they can quickly t...
Learn how to improve the quality of project deliverables in engineering design projects using a connected workflow between Caneco low-voltage software and SEE Electrical Expert. This software demonstration uses a fully sized electrical installation w...
Learn how to use ETAP Graphical Motor Parameter Estimation (GMPE), a new Power Simulator enhancement in ETAP 2026 that combines motor modeling, performance simulation, energy usage analysis and lifecycle economic evaluation within one integrated tool...
Learn how to design, validate, and optimize PV and storage systems and EV charging stations efficiently and safely for the evolving European energy market. Caneco Electrical supports the integration of BESS into multi-network PV system design and com...