変電所と電力会社

変電所は無人で、供給区域全体に点在し、銅の窃盗から意図的な妨害行為まで狙われる機会が増えています。RBtecは変電所のフェンスを、既存のSCADA経由で通報するゾーン分割型の検知レイヤーに変え、CIP-014向けに文書化します。

ゾーン検知警報はフェンスの正確な区間を示している

ゾーン別チューニングそれぞれのゾーンに独自のノイズ環境を設定

設置日数既存のフェンス上、敷地内は完全に稼働中

5,000以上のシステム1986年の導入以来、57カ国で設置されています

What makes electrical substations hard to protect?

A utility may operate hundreds of substations, and almost all of them are unmanned. The first sign of an intrusion is often an outage, a SCADA fault, or damage found by the next crew visit. Three problems come up at almost every station:

Copper and ground grid theft. Thieves cut or climb the fence, strip copper, and leave. The stolen metal is worth little, while the outage and repairs it causes can cost many times more.
Deliberate attacks. Incidents such as the 2022 attacks on substations in North Carolina and the Pacific Northwest moved physical security to the top of the agenda for utilities and regulators.
A harsh sensing environment. Heat, weather, wildlife, and strong electromagnetic interference near energized equipment disqualify many electronic sensors.

NERC CIP-014は、変電所のセキュリティに関して何を求めていますか？

NERC CIP-014は、バルク電力システムにとって重要と特定された送電所および変電所に適用されます。これには、文書化されたリスク評価、脅威と脆弱性の評価、およびそれらに対応する物理セキュリティ計画が義務付けられています。CIP-006はBESサイバーシステムの周囲に物理セキュリティ管理を追加し、IEEE 1402は変電所の物理セキュリティのためのエンジニアリングガイダンスを提供します。.

これらの基準はいずれも特定のテクノロジーを指定していません。これらが求めているのは、意図的で文書化された検知・対応レイヤーです。変電所のフェンスにおける境界侵入検知は、電力会社がCIP-014セキュリティ計画に盛り込む最も一般的な対策の1つです。なぜなら、これにより電力会社が対処でき、監査人に提示できる、タイムスタンプ付きのゾーン化されたアラームが生成されるからです。.

How do you detect intruders at an unmanned substation?

The practical answer is to make the existing fence the sensor. A sensor cable mounted on the chain link detects cutting, climbing, and lifting at the moment it happens, and divides the perimeter into zones so operators know which fence line is being attacked. The alarm lands as a dry contact in the station RTU and travels to the control center over the SCADA path the station already reports through. Camera call-up on the alarmed zone gives operators instant verification.

Which RBtec products fit substations and electrical utilities?

IRONCLAD フェンスの警報システム. The workhorse for distribution substations, from small remote stations to multi zone yards: a plug and deploy sensor cable with per zone tuning and a dry contact output that behaves like any other alarm point.
RaySense AI DAS. Fiber optic sensing for large transmission yards and long perimeters. The sensing element is glass, carries no electricity, and is immune to electromagnetic interference next to high voltage equipment.
PulseVi 3D LiDAR. Volumetric coverage for gates and open approaches where there is no fence to sense.

How is a substation system installed without an outage?

The sensor cable mounts on the existing fence fabric, the processor sits in a small enclosure at the fence line, and the output wires into the station RTU as a dry contact. A security integrator typically completes a two zone station in a few days, with the station energized and in service throughout.

How does one station design scale to a fleet?

Fleet estimating is close to linear: one processor package per station, plus cable to match the fence length. The same design, alarm mapping, and spares repeat at every station, which is what makes a rollout across a whole service territory manageable.

問題

Remote, unmanned stations where response begins only after damage is done.

Copper and ground grid theft that causes outages costing far more than the stolen metal.

境界において文書化された検知レイヤーを必要とするCIP-014物理セキュリティ計画.

Strong electromagnetic interference near energized equipment that disrupts many sensors.

ソリューション

IRONCLAD turns the existing station fence into a zoned detection barrier.

RaySense fiber sensing covers large transmission yards and is unaffected by EMI.

Alarms land as dry contacts in the station RTU and travel over existing SCADA.

PulseVi 3D LiDAR watches gates and open approaches without touching the fence.

提供価値

One detection architecture that scales from a single station to a whole fleet.

Passive sensors mounted on the existing fence, installed with the station in service.

CIP-014 セキュリティ計画に対する、文書化された、検証可能な検出手段。.

Per zone sensitivity tuning that separates weather and wildlife from real attempts.

この業界で一般的に使用される製品

PulseVi 3D ソリッドステートLiDARセキュリティシステム

製品ページで詳細をご覧ください

持っています質問はありますか？

お気軽にご質問ください。簡単なことから複雑なことまで、プレッシャーなしでお答えします。.

CIP-014は特定のテクノロジーを義務付けていません。重要送電変電所に対するリスク評価と物理セキュリティ計画を求めています。境界侵入検知は、サイト境界において文書化されたゾーン別の検知機能を提供するため、電力会社がそれらの計画に含める最も一般的な対策の1つです。.

Fiber optic sensing such as RaySense is a natural fit because the sensing cable is glass, carries no electricity, and is immune to electromagnetic interference. RBtec also supplies the copper based IRONCLAD sensor that is widely used on distribution substations.

Yes. RBtec processors provide dry contact outputs that wire into the station RTU, so a fence alarm travels to the control center over the same SCADA path the station already uses. No new communications infrastructure is needed at the station.

The pattern that works is early detection at the fence line combined with camera verification and a clear dispatch procedure. Detecting the cut or climb while it happens, rather than discovering the damage on the next site visit, is what changes the outcome.

No. A small station is typically covered by one two zone IRONCLAD processor, while long transmission yard perimeters are better served by RaySense fiber sensing. Alarm handling and monitoring stay the same across both.