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Authorised ComAp distributor in Indonesia for engine control, generator synchronisation, load sharing and power management, with engineering support for your system.
InteliGen 500 G2 · Product image: ComAp
THE MANUFACTURER
About ComAp
Founded in Prague in 1991, ComAp develops control solutions for power generation and energy management. Its portfolio spans engine controllers, single and parallel generator control, marine power management, and monitoring software.
PT Araya Internusa is an authorised distributor for ComAp in Indonesia, with professional engineering experience, certification and international technical backing. Our scope includes engine and generator control, automatic start/stop, synchronisation, load sharing and power-management retrofit.
Engine controllers, generator controllers and monitoring modules.
COMAP APPLICATIONS
Applications
Engine and power control for marine, power generation and smart energy systems. Open an application for its control functions and system diagrams; the final configuration depends on your project.
APPLICATION GROUP 01
Marine
From the propulsion engine to the ship’s electrical bus. Define the engine, power sources, operating stations and vessel requirements together.
AC / DC power managementCoordinate generators, storage, shore supply and the electrical load.
Typical system
A vessel with several generators, bus sections and shore connection; DC or hybrid designs also include converters and battery storage.
What ComAp controls
For AC systems: synchronisation, breaker sequencing, active/reactive load sharing and load-dependent start/stop. DC systems coordinate energy sources through conversion equipment. Emergency generation has its own defined operating arrangement.
Example product families
InteliGen 1000 Marine for source control; InteliMains 1010 Marine for shore, bus-tie and other breaker applications.
What to review with Araya
Single-line diagram, AC/DC architecture, reserve power, heavy consumers, shore transfer and protection requirements.
Engine controlSupervise propulsion, auxiliary, emergency and harbour engines.
Typical system
An engine with an electronic ECU or conventional sensors, local controls and remote operating displays.
What ComAp controls
Read speed and engine measurements, manage start/stop commands, display alarms and execute configured protection. Auxiliary equipment such as pre-lubrication pumps can be included in the agreed sequence.
Example product families
InteliDrive marine controllers, including InteliDrive 700 Marine; suitable I/O, displays and protection equipment.
What to review with Araya
Engine interfaces, signal list, local/remote authority, alarm and shutdown matrix, and operating stations.
Emissions reductionUse operating data and coordinated energy sources to review fuel use.
Typical system
A conventional or hybrid vessel with engine measurements, fuel data and, where fitted, batteries or alternative-fuel equipment.
What ComAp controls
Log operating data for comparison, coordinate hybrid power sources and support configured operating strategies. Bi-fuel operation uses dedicated fuel-control equipment alongside the controller.
Example product families
Marine PMS, engine control, data logging and specialist bi-fuel solutions selected for the installation.
What to review with Araya
Measured baseline, duty cycle, available signals, fuel system and the proposed operating strategy. Savings depend on the actual system.
Propulsion controlMatch mechanical or electric propulsion commands to the available machinery.
Typical system
A diesel-mechanical shaft line, or an electric propulsion motor driven by a variable-frequency drive on an AC or DC system.
What ComAp controls
Mechanical applications supervise the propulsion engine and its operating interfaces. Electric applications coordinate drive speed demand with available power reserve and the vessel’s power-management system.
Example product families
InteliDrive 700 Marine for engine supervision; InteliMains 1010 Marine for electric propulsion control, with suitable marine displays and PMS interfaces.
What to review with Araya
Propulsion layout, drive or gearbox interfaces, command stations, interlocks, feedback and required vessel documentation.
Standby & automatic mains failureStart a backup generator and transfer the load when mains power fails.
Typical system
One standby generator, mains sensing and interlocked source switching supplying a building or process.
What ComAp controls
Detect a mains failure, start and supervise the engine, transfer to generator supply, then return to mains and stop after the configured recovery sequence. Remote visibility needs the appropriate communications hardware.
Example product families
InteliLite AMF controllers for single-set automatic mains failure; WebSupervisor for a connected fleet.
What to review with Araya
Mains limits, transfer equipment, electrical/mechanical interlocks, start delays, return sequence and essential loads.
Prime powerOperate a generating set as the site’s main source of electricity.
Typical system
A single generating set serving a construction site, remote operation or other location without a dependable grid.
What ComAp controls
Manual or remote starting, engine and generator supervision, protection and operating history. A multiple-set installation also needs a paralleling architecture when the sets share one electrical bus.
Example product families
InteliLite manual/remote-start or suitable single-set controllers; InteliGen for a separate paralleling requirement.
What to review with Araya
Duty cycle, load steps, engine signals, site start demand and whether sets operate independently or in parallel.
Enlarge diagram ↗Prime power with remote monitoring · Diagram: ComAp
Generator synchronisation & load sharingRun two or more sets together and share the electrical demand.
Typical system
Multiple generators supplying a common bus, with optional mains connection and bus-tie breakers.
What ComAp controls
Match the incoming generator before breaker closure, share active and reactive load, and start or stop sets around demand and configured reserve. Mains-parallel operation adds import/export and source-transfer requirements.
Example product families
InteliGen paralleling controllers, with suitable mains or tie-breaker control where required.
Hybrid power generationCombine generator sets with renewable generation and stored energy.
Typical system
Diesel generation, solar or other renewable sources and battery storage in a grid-connected or island installation.
What ComAp controls
Balance generation and load, coordinate source setpoints and battery use, retain operating reserve and manage renewable output around system limits. Grid-connected designs also define permitted import and export.
Example product families
InteliNeo microgrid controllers with suitable generator, inverter and storage interfaces.
Enlarge diagram ↗Off-grid hybrid generation example · Diagram: ComAp
Mission-critical powerDefine backup control around essential loads and failure scenarios.
Typical system
Critical facilities such as hospitals or datacentres with multiple power sources and coordinated switchgear.
What ComAp controls
Coordinate generator and breaker operation within an engineered backup scheme. The architecture must address source loss, maintenance states, communications failure and the loads that must remain supported.
Example product families
Application-specific generator, mains and bus-tie controllers; monitoring and redundancy chosen at system level.
What to review with Araya
Required availability, permitted interruption, load priorities, failure cases and an agreed commissioning/test sequence.
DatacentresCoordinate generating sets and switchgear with the facility power design.
Typical system
A datacentre with several generators, mains inputs and bus sections, coordinated with its wider backup infrastructure.
What ComAp controls
Supervise generators, synchronisation and source/bus breakers. Suitable architectures add controller and communications redundancy, common visualisation and site-specific operating logic.
Example product families
InteliGen 1000 and InteliMains 1010 are manufacturer examples for demanding generator and mains/tie-breaker control.
What to review with Araya
Electrical topology, redundancy targets, generator acceptance sequence, UPS interfaces and planned maintenance states. The controller is one part of the site’s overall redundancy design.
Combined heat & power (CHP)Coordinate electrical generation with useful heat recovery.
Typical system
A gas generating set with engine controls and a heat-recovery process, running alone or alongside the grid.
What ComAp controls
Manage generator operation, engine ECU interfaces or specified engine-control functions, and auxiliary process logic. Heat recovery and electrical demand need a coordinated operating sequence.
Example product families
InteliSys Gas solutions with appropriate engine interfaces, process I/O and displays.
What to review with Araya
Gas-engine model, ECU functions, fuel data, heat-demand sequence, process equipment and grid connection requirements.
Enlarge diagram ↗Gas generation & CHP control example · Diagram: ComAp
Bi-fuel & hydrogenUse specialist controls for a defined alternative-fuel engine project.
Typical system
A suitable diesel engine with an engineered gas or hydrogen supply and injection arrangement.
What ComAp controls
Coordinate fuel substitution with engine speed, power and operating conditions using dedicated equipment. The project also requires an appropriate engine-protection and fuel-system design.
Example product families
InteliBifuel solutions and dedicated protection equipment, chosen for the engine and injection method.
What to review with Araya
Engine suitability, fuel composition, injection method, protection, approvals and conversion scope. This requires more than changing a generator controller.
Fuel cellsCoordinate the electrical output of fuel-cell generating systems.
Typical system
A fuel-cell power package connected to other generating modules or the grid through suitable conversion equipment.
What ComAp controls
Add electrical synchronisation, paralleling, load sharing and source-management functions where the package architecture supports them. Define how commands and measurements pass between the package and electrical controls.
Example product families
InteliGen-based electrical control is a manufacturer example; package-specific interfaces remain essential.
Rental, telecom & light towersControl distributed power equipment and see its operating status.
Typical system
Rental generators, telecom-site power systems or light towers with local controls and, where required, a communications link.
What ComAp controls
Apply the start/stop and monitoring arrangement suited to each asset. Fleet supervision can bring connected equipment status and operating records into one view for service planning.
Example product families
Single-set or application-specific controllers, with WebSupervisor for supported connected devices.
What to review with Araya
Asset types, operating schedule, signals, network coverage, user access and required fleet reports.
APPLICATION GROUP 03
Smart energy management
Coordinate the whole energy system, then give operators the information they need. Energy management, battery control, SCADA and cloud monitoring have distinct roles.
Solar, batteries, generators & grid
Energy management & source controls
Site demand, dashboards & reports
Enlarge diagram ↗Grid-connected hybrid microgrid example · Diagram: ComAp
Hybrid energy managementDecide how the site’s available energy sources work together.
Typical system
An on-grid or isolated microgrid combining renewables, storage, generators and site demand.
What ComAp controls
Coordinate source priorities, renewable limits, battery charging/discharging and generator dispatch. Operating strategy depends on whether the system is connected to the grid or must establish its own supply.
Example product families
InteliNeo microgrid control with compatible source controllers, meters and inverter interfaces.
What to review with Araya
Energy priorities, storage capacity, reserve, import/export limits, transition requirements and source communications.
Energy storage system controlConnect battery management, power conversion and auxiliary systems.
Typical system
A battery energy storage system (BESS) with a battery management system (BMS), power conversion system (PCS) and auxiliary equipment.
What ComAp controls
Coordinate BMS and PCS data, charging/discharging commands, auxiliary monitoring and protection. Suitable arrangements add synchronising AC breaker control and integration with other microgrid assets.
Example product families
InteliNeo 530 BESS for storage-system control and interfaces to a higher-level energy manager.
Enlarge diagram ↗Grid-connected battery storage example · Diagram: ComAp
Fleet managementReview connected equipment across several sites from one platform.
Typical system
Distributed controllers and communications gateways sending operating information to a cloud account.
What ComAp controls
WebSupervisor provides equipment status, alarm notifications, history and reporting. Account roles, communications and enabled features define access and any permitted remote actions.
Example product families
WebSupervisor with supported ComAp or third-party devices and suitable connectivity.
What to review with Araya
Asset list, communications hardware, network access, subscriptions, alarm recipients, reports and user permissions.
SCADAGive site operators one view of measurements, alarms and trends.
Typical system
A local monitoring PC connected to controllers, meters and supported third-party devices.
What ComAp controls
InteliSCADA brings measurements, alarm lists, historical trends and configured operating controls into a site-specific visualisation. Screen layout and available commands follow the connected equipment and access permissions.
Example product families
InteliSCADA with compatible controllers, communications and selected software functions.
What to review with Araya
Signal list, network topology, required screens, trend storage, operator roles and allowed commands.
COMAP TECHNOLOGY
Products
Product families and example models. Selection depends on the operating requirements, interfaces and installation.
01
Engine control & protection
InteliDrive · InteliDrive 700 Marine
InteliDrive 700 Marine · Image: ComAp
InteliDrive controllers supervise engine measurements, alarms, protection, and operating commands. InteliDrive 700 Marine is a manufacturer example for propulsion, auxiliary, emergency, and harbour engine applications.
Applications
Marine engine supervision and engine-control retrofit with suitable protection and interfaces.
Selection details
Engine ECU or conventional signals, RPM sources, I/O, operating stations, shutdown functions, and required documentation.
02
Generator synchronisation & load sharing
InteliGen · InteliGen 500 G2
InteliGen 500 G2 · Image: ComAp
InteliGen 500 G2 controls diesel generator paralleling in grid-connected or island applications. It combines generator supervision with synchronisation, load/Var sharing, and power-management functions for suitable single or multiple-set arrangements.
Applications
Parallel generators, automatic source operation, and sharing active and reactive demand between sets.
Selection details
Generator ratings, governor and AVR interfaces, breakers, CT/VT data, operating modes, and compatibility with existing controllers.
03
Marine power management
InteliGen 1000 Marine · AC / DC applications
InteliGen 1000 Marine · Image: ComAp
InteliGen 1000 Marine manages onboard power sources and their cooperation. The manufacturer supports AC or DC arrangements under different software keys, including applications with generators, battery systems, or fuel cells.
Applications
Vessel generating systems, load-dependent operation, and power-system retrofit discussions.
Selection details
Single-line diagram, source types, bus arrangement, shore or bus-tie interfaces, load priorities, software keys, and vessel requirements.
04
Single-generator & standby control
InteliLite · InteliLite 4 AMF 25
InteliLite 4 AMF 25 · Image: ComAp
InteliLite 4 AMF 25 is a single-generator controller for standby and prime-power applications. Its configuration options cover generator control and monitoring, with extension and communication options selected around the installation.
Applications
Automatic mains-failure and start/stop discussions for a single generating set, without generator paralleling.
Selection details
Mains sensing, engine interface, generator and breaker signals, transfer sequence, I/O needs, and extension modules.
05
Local monitoring & visualisation
InteliSCADA · PC monitoring
InteliSCADA example screen · Image: ComAp
InteliSCADA provides a PC-based monitoring environment for simple or advanced paralleling sites. It supports configurable visualisation and historical trends for a local view of the installation.
Applications
Control-room displays, site supervision, and visibility of generator-system operating data.
Selection details
Supported controller versions, communication network, signals, screens, user access, and software licensing requirements.
06
Remote monitoring & fleet visibility
WebSupervisor · Cloud-based monitoring
WebSupervisor example screens · Image: ComAp
WebSupervisor gives a remote view of connected ComAp and supported third-party devices. Its tools cover device status, alarm notification, data analysis, and fleet management, with features depending on connectivity and subscription.
Applications
Monitoring generators across sites and reviewing operating information away from the installation.
Selection details
Controller or gateway compatibility, internet access, account roles, data requirements, subscriptions, and remote-operation permissions.
COMAP GUIDE
Common questions
What is the difference between engine control and generator power management?
Engine control supervises the engine, including measurements, commands, alarms, and protection. Generator power management coordinates electrical sources and their breakers, including synchronisation and load sharing where required. Some projects need both functions and a defined interface between them.
Can I mix different ComAp controllers or replace an older model directly?
Compatibility is specific to the controller family, firmware, communication method, wiring, and operating sequence. A similar panel size does not establish compatibility. Share the existing models and configuration so a migration can be reviewed before hardware is selected.
Does every ComAp controller include load sharing or remote monitoring?
No. Features vary between controller families, software options, extension modules, and communication arrangements. InteliLite single-set control, InteliGen paralleling, and WebSupervisor cloud monitoring address different requirements. Confirm the complete configuration, licensing, and connectivity for your project.
BEFORE YOU CONTACT US
Equipment details
These details help us assess ComAp supply, replacement or integration requirements.
Identify the controller
Existing model, firmware if known, nameplate photo, and configuration backup if available.
Describe the power system
Engine and generator ratings, number of sets, single-line diagram, breakers, governors, and AVRs.
Explain the operating sequence
Start/stop logic, grid or island operation, load sharing, priorities, alarms, and the intended change.
Share the project location
Vessel or site in Indonesia, operating constraints, required quantity, and planned shutdown window.
GET IN TOUCH
Let’s find the right solution.
Send the equipment model, a nameplate photo and the problem or change you need.
