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Une alimentation de secours qui démarre quand il le faut.

Quand le réseau tombe, hôpitaux, usines d’eau, centres de crise et nœuds de télécommunications fonctionnent sur groupes électrogènes et batteries. Beaucoup ne démarrent pas, manquent de carburant ou disjonctent en charge. Surveiller chaque groupe, cuve, batterie et inverseur de source, avec des essais consignés, fait de l’alimentation de secours un fait plutôt qu’un espoir.

Industrie

Résilience civile

Mesures

5

Sources citées

2

1. Résilience civile · Alimentation de secours des sites critiques

   The outage is the test

   Quand le réseau tombe, hôpitaux, usines d’eau, centres de crise et nœuds de télécommunications fonctionnent sur groupes électrogènes et batteries. Too often a generator does not start after months idle, a tank is low, or a battery no longer holds. Standards ask for regular tests; between them, backup power is usually watched by no one.

2. Ce qui est mesuré

   Engine, fuel, battery and switch

   Meters read generator output and load, sensors read fuel level and quality in day and bulk tanks, battery systems report state and runtime, contacts read the transfer switch position, and engine sensors read vibration and temperature during every run and test.

   Instruments

   Power meters · Fuel sensors · Battery monitors · Switch contacts · Engine sensors

3. Le nœud de base

   Runtime, computed

   The node computes how long each site can run from fuel, load and battery state, detects failed starts and failed transfers, flags fuel quality problems and engine faults, and records every test and outage automatically, so the evidence inspectors ask for is complete.

4. Radio et liaisons

   Reporting through the blackout

   Cellular carries power state from each site and survives grid outages where cell sites have their own backup. Sites that must report through long regional blackouts add a satellite path. The monitor runs on the site’s protected supply, so it reports the outage it is there to watch.

   Liaisons

   Réseau mobile public · Satellite

5. Comment ça marche

   From a blackout to a fuel truck

   A storm blacks out a region. Generators start at forty sites; one fails, and its crew is sent at once. The emergency centre sees runtime at every site, and fuel trucks go first to the water plant and the hospital with the shortest time left.

6. De la commande à l’exploitation · Commande

   Scope the critical load

   The scope reads each site’s critical loads, its generators, tanks, batteries and switches, test records, outage history and the fuel contracts. Nexus Observatory Inc. returns the monitoring kit per site, the runtime and fuel model, test reporting and a price per site and per year.

   Planifier un déploiement

7. De la commande à l’exploitation · Relevé

   Survey every power room

   Crews survey generator rooms, tank farms, battery rooms and switchboards with the site engineers: controller interfaces, tank access for sensors, meter points, switch contacts and backhaul coverage. Each finding is recorded with photographs and single-line drawings. Findings shape the kit for each site before anything is built.

8. De la commande à l’exploitation · Autorisations

   Electrical safety and permits

   Work on switchboards and generator controllers follows the site’s electrical safety rules and permits to work, often in planned windows for hospitals and plants. Fuel system work follows the fire safety rules for flammable liquids. Every permit is kept with the site record.

9. De la commande à l’exploitation · Fabrication

   Build to the site’s single line

   Kits are built to each site’s single-line diagram: meters, fuel sensors, contacts and engine sensors mapped to the gateway, nodes enrolled with their identities and configured with tank sizes and loads. Everything is tested together before shipping. Nothing ships until the whole kit has passed its tests together.

   Ouvrir le configurateur de stations

10. De la commande à l’exploitation · Installation

    Install in planned windows

    Crews fit meters, fuel sensors, transfer switch contacts and engine sensors during planned windows, with critical loads protected throughout. Gateways and nodes are mounted in the power room, backhaul is connected and every point is photographed. Crews follow the site safety plan throughout the work.

11. De la commande à l’exploitation · Mise en service

    Commission with a load test

    Chaque nœud prouve son identité. A planned load test starts each generator, transfers the load, runs it and transfers back, while every reading is checked against the controller and runtime is compared with fuel actually used. Results go into the test record.

12. De la commande à l’exploitation · Exploitation

    Know the runtime

    Operators see every site’s generators, fuel, batteries and runtime. In an outage, fuel deliveries go first to the sites with the shortest runtime, failed starts send crews at once, and every test and outage is recorded for inspectors and regulators.

13. De la commande à l’exploitation · Maintenance

    Test on schedule, keep the record

    Scheduled generator tests and battery checks are recorded automatically, fuel is sampled and polished when quality drops, engine trends schedule servicing, and node software updates roll out in rings. Every test and repair is kept with the site. Maintenance history stays with each site for its whole life.

    Réserver des services sur le terrain

14. Produits de données

    For managers, crews and suppliers

    Emergency managers and site operators receive runtime at every site; maintenance crews receive failed start and transfer alarms; fuel suppliers receive fuel needs by site; inspectors, auditors and regulators receive test and outage records, each tied to the site, the generator and the time.

    Voir les produits de données

15. Preuves

    Tests and outages on record

    Monitoring and test records follow the emergency and standby power standard, generators are assessed against the generating set series, and records support the resilience duties of critical entities. Every start, transfer, test and outage is signed and kept, ready for inspection.

    Référentiels

    NFPA 110 · ISO 8528 · Directive (EU) 2022/2557

16. Ce que vous obtenez

    Microréseaux et alimentation de sites hors réseau

    Dimensionnement du photovoltaïque, du stockage et des génératrices pour les instruments et les sites de périphérie, avec télémesure et commande à distance. Fourni sous forme de matériel + logiciel et service géré, pour remote sites, telecom, agencies, communities. Scale: Per site; fleets. Service levels are written as numbers you can measure on your own dashboard.

    Parler aux ventes

17. Étape suivante

    Planifier avec nous : alimentation de secours des sites critiques

    Tell us the site, the measurements and the rules it answers to. We reply with a survey proposal, a design and a scope for backup power at critical sites. An engineer replies with a survey proposal and a scope, and the plan grows from one site to the network you need, at your pace.

    Planifier un déploiementOuvrir le configurateur de stationsOuvrir le Studio

01Le lieu et ses dangers

Où il fonctionne, et ce qui peut mal tourner.

Operating contextEmergency and standby power systems are designed, tested and maintained to their own standards, generating sets are rated to the international generator series, and operators of critical entities must show their services survive disruption. Yet backup power is often tested rarely and watched by no one between tests.

Dangers

• Generators that fail to start after months idle
• Fuel that runs out, degrades or is stolen
• Batteries that no longer hold their rated time
• Transfer switches that fail to transfer
• Long outages that outlast the fuel on site

02Ce qu’il faut mesurer

Quoi, où, à quelle fréquence, et selon quelles règles.

Chaque mesure indique où elle est prise, à quelle fréquence, et la norme ou la réglementation publique qui la fonde. Les numéros de la colonne des sources ouvrent la source citée plus bas.

03La pile d’observation

D’un module de base à un réseau.

Les mêmes briques à chaque échelle : des instruments et un nœud de base, un site avec sa radio, une flotte exploitée comme un tout, et un réseau fédéré sur le protocole ouvert.

1. 01

   Unité de base

   A power point: meters, fuel sensors, transfer switch contacts and engine sensors on an industrial gateway with a node.

   Build a station →
2. 02

   Site

   A site: every generator, tank, battery and transfer switch of one hospital, plant or hub, with its own backhaul.

   Plan a site →
3. 03

   Parc

   Every critical site of an operator or a city watched as one fleet, with fuel and runtime across all of them.

   Managed offers →
4. 04

   Réseau

   Emergency managers and fuel suppliers share runtime and fuel needs across operators through open standards.

   The open protocol →

• 01Compteur d’énergie et de qualité de l’onde
• 02Moniteur de vibrations et d’état
• 03Passerelle OT (OPC UA, Modbus)
• 04Nœud de périphérie (Wedge)
• 05Modem/routeur cellulaire
• 06Groupe électrogène
• 07Coffret batterie

Radio et liaisons

Réseau mobile public

Cellular carries power state from each site; it survives grid outages where cell sites have their own backup.

Radio et liaisons

Satellite

Sites that must report through long regional outages add a satellite path.

Edge computeThe node computes runtime from fuel, load and battery state, detects failed starts and transfers, flags fuel quality problems and engine faults during runs, and records every test and outage.

PowerThe monitoring runs on the site’s protected supply with its own battery, so it reports the outage that it is there to watch.

04Comment ça marche

De l’instrument au produit.

Le parcours d’une observation, niveau par niveau, avec l’interface de chaque liaison et une nomenclature en dessous ; puis comment ce nœud devient un site, une flotte et des réseaux fédérés.

05De la commande à l’exploitation

Chaque étape, du premier appel à un site en service.

La même équipe et le même dossier portent le travail, du cadrage à la maintenance.

1. 01 Order

   Scope the critical load

   The scope reads each site’s critical loads, its generators, tanks, batteries and switches, test records, outage history and the fuel contracts. Nexus Observatory Inc. returns the monitoring kit per site, the runtime and fuel model, test reporting and a price per site and per year. 1

2. 02 Survey

   Survey every power room

   Crews survey generator rooms, tank farms, battery rooms and switchboards with the site engineers: controller interfaces, tank access for sensors, meter points, switch contacts and backhaul coverage. Each finding is recorded with photographs and single-line drawings. Findings shape the kit for each site before anything is built.

3. 03 Permits

   Electrical safety and permits

   Work on switchboards and generator controllers follows the site’s electrical safety rules and permits to work, often in planned windows for hospitals and plants. Fuel system work follows the fire safety rules for flammable liquids. Every permit is kept with the site record.

4. 04 Build

   Build to the site’s single line

   Kits are built to each site’s single-line diagram: meters, fuel sensors, contacts and engine sensors mapped to the gateway, nodes enrolled with their identities and configured with tank sizes and loads. Everything is tested together before shipping. Nothing ships until the whole kit has passed its tests together.

5. 05 Install

   Install in planned windows

   Crews fit meters, fuel sensors, transfer switch contacts and engine sensors during planned windows, with critical loads protected throughout. Gateways and nodes are mounted in the power room, backhaul is connected and every point is photographed. Crews follow the site safety plan throughout the work.

6. 06 Commission

   Commission with a load test

   Chaque nœud prouve son identité. A planned load test starts each generator, transfers the load, runs it and transfers back, while every reading is checked against the controller and runtime is compared with fuel actually used. Results go into the test record. 12

7. 07 Operate

   Know the runtime

   Operators see every site’s generators, fuel, batteries and runtime. In an outage, fuel deliveries go first to the sites with the shortest runtime, failed starts send crews at once, and every test and outage is recorded for inspectors and regulators. 1

8. 08 Maintain

   Test on schedule, keep the record

   Scheduled generator tests and battery checks are recorded automatically, fuel is sampled and polished when quality drops, engine trends schedule servicing, and node software updates roll out in rings. Every test and repair is kept with the site. Maintenance history stays with each site for its whole life. 1

06Produits de données et intégration

Ce qu’il fournit, à qui, et dans quels systèmes.

Produits de données

• Runtime at every siteEmergency managers and site operators
• Failed start and transfer alarmsMaintenance crews
• Fuel needs by siteFuel suppliers and logistics
• Test and outage recordsInspectors, auditors and regulators

Intégration

• Gestion des bâtimentsPower state reaches the site’s building management system through its own interfaces.
• MaintenanceFailed starts and engine trends open work orders.
• Emergency managementRuntime and fuel needs are shared with the emergency operations centre during regional outages.

Exchanged through Modbus, OPC UA, MQTT.

07Questions des acheteurs

Avant de cadrer votre projet.

Does it replace generator tests?

No. It records every test and watches between them.

Can it see fuel theft?

Sudden level drops without running are flagged.

Will it work in a regional blackout?

It runs on protected power, and satellite can be added.

Which generators does it support?

Most controllers expose their data; others are read through meters and contacts.

08Ressources

Les sources de cette page.

Normes, réglementations et lignes directrices publiques, citées là où elles s’appliquent. Chacune ne s’applique que dans sa juridiction ou son champ.

1. 1NFPA 110: Standard for Emergency and Standby Power SystemsNational Fire Protection Association
2. 2ISO 8528: Reciprocating internal combustion engine driven alternating current generating setsInternational Organization for Standardization

09Voir aussi

Cas d’usage et solutions.

10Résilience civile : domaines spécialisés

Les autres domaines de cette industrie.

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Planifiez un déploiement, configurez une station, modélisez-la dans le Studio ou parlez à l’équipe commerciale. Le formulaire indique qui reçoit vos coordonnées.