模組化防爆架構

模組化防爆架構
將 SERGI 的機械式快速洩壓技術延伸為兼具彈性且可依風險需求調整的模組化防爆架構。

經全球大規模應用驗證的成熟技術
HS2D 建立於 SERGI 機械式變壓器防爆技術之上，其核心原理為快速機械洩壓。
自 2001 年起，該技術已部署於全球 85 個以上國家、超過 4,000 台油浸式電力變壓器，保護各類關鍵資產，包括輸電系統、發電設施、工業設備、離岸平台及高密度都市環境。
上述部署數據係指採用 SERGI 機械式快速洩壓防爆技術之實際現場應用系統，其中亦包括 Transformer Protector 架構。
從整合式保護到模組化部署
雖然其防爆原理維持不變，但 HS2D 將這項成熟技術延伸為模組化架構。
此架構可依據變壓器設計、安裝空間限制、風險等級及專案分階段建置需求調整保護策略，同時不影響其核心物理防護機制。

• 精巧緊湊 - 適用於空間受限的場所，例如配電中心或都市變電站
• 可改裝且具模組化 - 可輕鬆整合至各種不同年代及型式的既有變壓器。
• 戰術級保護優勢 - 無需外部電力即可提供高速快速洩壓保護。

功能特點

• 不需電氣訊號、不需外部電源、不需軟體或控制邏輯層即可運作
• 純機械式被動保護系統，不受任何網路攻擊影響
• 電氣故障發生後的數毫秒內，迅速為變壓器洩壓，防止爆炸與火災
• 視乎您的需求提供不同保護︰變壓器主油箱、有載分接開關 (OLTC)、套管塔及油纜接線箱
• 量身定做的客製化設計，適合不同型號變壓器

何時適合採用模組化架構？
HS2D 通常適用於需採取戰術性高風險保護的應用情境：

• 配電變電站，尤其是人口密集的都會區。
• 可快速完成既有設備改裝，交期短，無須進行重大設備修改即可提升保護能力。
• 可獨立偵測動態壓力上升，並於數毫秒內自主啟動保護。

方案	功能	限制
Transformer Protector (TP)	專為變壓器量身設計的完整工程化保護方案	適用於大型或重大建置案
HS2D	適用於空間有限場所的緊湊型保護方案	最適合既有變電站的戰術性改裝

為何 HS2D 是戰術性保護的最佳選擇

• 精巧且非電氣式設計 - 專為都市地區、空間受限及高敏感場所打造。
• 易於改裝、交期短 - 可快速提升既有變壓器保護能力，無須大幅修改設備。
• 可獨立偵測動態壓力上升 - 完全自主運作，並可於數毫秒內啟動快速洩壓。
• 具成本效益的最後一道防線 - 在設備更換受限的情況下，可提供兼顧成本與保護效益的最佳方案。

將長期運轉經驗延伸至模組化配置
HS2D 的各種配置方式，皆直接承襲 SERGI 機械式防爆技術於全球數千套實際應用案例所累積的運轉經驗。
因此，即使採用模組化部署方式，仍可維持與完整整合式系統相同的安全性、可靠性及保護效能。
HS2D 並未引入新的變壓器防爆原理，而是提供一種更具彈性且模組化的部署方式，使這項已經在全球大量應用並證實有效的機械式防爆技術，能夠更容易導入不同類型的變壓器保護專案。
優勢

• 延長變壓器的使用壽命
• 大幅降低停電罰款與生產損失
• 符合安全、環保及可靠性標準規範
• 強化企業風險管理
• 減少非預期的資本支出
• 透過提高供電可靠度，提升客戶滿意度

規範及認證

• 美國消防協會NFPA 850 規範
• IECEx / ATEX 認證
• 歐盟壓力設備指令 PED 2014/68/EU
• UL 認證：相關電子組件之認證（視專案配置與各地區要求而定）
• ISO 9001 品質管理
• ISO 14001 環境管理
• ISO 45001 職業健康與安全

如有任何諮詢，歡迎聯絡我們

 

Modular explosion prevention architecture
Extending SERGI’s mechanical pressure-relief technology into a flexible, risk-adapted architecture.

A proven technology, deployed at scale worldwide
HS2D is built on SERGI’s mechanical transformer explosion prevention technology, based on rapid pressure-relief principles.
This technology has been deployed on more than 4,000 oil-filled power transformers across 85+ countries since 2001, protecting critical assets in transmission, generation, industry, offshore platforms and dense urban environments.
Deployment figures reflect field-deployed systems implementing SERGI’s mechanical pressure-relief explosion prevention technology, including the Transformer Protector architecture.
From integrated protection to modular deployment
While the underlying explosion prevention principle remains unchanged, HS2D extends this proven technology into a modular architecture.
It enables protection strategies to be adapted to transformer design, installation constraints, risk profile and project phasing requirements — without compromising the core physical protection mechanism.

• Compact by Design - Fits in tight layouts such as distribution centers and urban substations
• Retrofittable & Modular - Easily integrated on existing transformers of all ages and types.
• Tactical Game-Changer - Provides high-speed depressurization without requiring electric power.

Product features

• No electrical signal, no external power and no software or logic layer
• Passive mechanical system that cannot be hacked
• When there is an electrical fault, it will react quickly to relief transformer pressure within milliseconds to prevent explosion and fire.
• Provide different model to suit your need: transformer main tank, OLTC, bushing turrets and cable box
• Tailor made design. Suitable for any transformer model

When a modular architecture makes sense
HS2D is typically selected for tactical high-risk:

• Distribution Substations. Specifically in dense urban areas
• Easy retrofit and short lead time. Quickly upgrade transformers without major modifications
• Independently detects dynamic pressure rise. Acts autonomously, within milliseconds

Approach	What it does	Limitation
Transformer Protector (TP)	Engineered solution setting in transformers	Subject for major installations
HS2D	Compact solution acting where space matters	Ideal for tactical substations retrofits

Why the HS2D is the Tactical Choice

• Compact & non-electric design - Built for urban, constrained and sensitive sites
• Easy retrofit and short lead time - Quickly upgrade transformers without major modifications
• Independently detects dynamic pressure rise - Acts autonomously, within milliseconds
• Cost-effective tactical last line of defense - Offers an optimal solution where asset replacement is restricted

Operational experience carried into modular configurations
HS2D configurations benefit directly from the operational experience accumulated across thousands of field deployments of SERGI’s mechanical explosion prevention technology. This continuity ensures that modular implementations remain aligned with the same safety, reliability and performance expectations as fully integrated solutions. HS2D does not introduce a new explosion prevention principle — it provides a modular way to deploy a technology that has already proven its effectiveness at scale.
Benefits

• Extend transformer asset life
• Significantly reduce outage penalty and production loss
• Compliance of safety, environmental and reliability standards
• Strengthen enterprise risk management
• Reduce unexpected CAPEX
• Increase customer satisfaction by enhancing power supply reliability

Compliance and certifications

• NFPA Code 850
• IECEx / ATEX Certification
• EU Pressure Equipment Directive (PED 2014/68/EU)
• UL Certification: electronic components certifications (depends on project configuration and regional requirements)
• ISO 9001 Quality Management
• ISO 14001 Environment Management
• ISO 45001 Occupational Health & Safety

Welcome to contact us for any enquiries!