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These requirements define the optimal environment for Bluegrove systems. If any of the requirements are not met the Bluegrove service will be impacted as described in Impact of infrastructure loss at the end of this page.

Table of Contents

Related documents:

1. Physical requirements

1.1

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  • Minimum 15m deep nets.

...

Limitations in use/performance with other specific components

Main components

Component

Problem

Solution

Cage: Hvalpsund HD500NG

Conflict between the top bracket fixture and the handrail post.

Use ratchet straps or rope to tie the top part of the bracket to the pole.

...

Aside from these components, the equipment is compatible with any other component that is not directly interfering with it.

1.2 Cage requirements

  • Minimum 15m deep nets.

Info

What happens if the requirement is not met:

Performance suffers because to the the sonar coverage in the cage is very low.

1.3 PC at the barge

  • PC with at least 1 display screen per 12 cages: Minimum 24”, 1920x1080 resolution

  • Mouse/Keyboard

  • Chrome Browser

Info

What happens if the requirement is not met:

You are unable to use the system locally on the barge.

1.4 PC for remote access

  • Optional remote PC with at least 1 display screen per 12 cages: Minimum 24”, 1920x1080 resolution

  • Mouse/Keyboard

  • CageEye VPN Installed

  • Chrome Browser

Info

What happens if the requirement is not met:

You are unable to use the system remotely.

1.5 Operational feeding system

The blowers, dosing, changers, piping, feed spreaders need to be in working condition.

Info

What happens if the requirement is not met:

You are unable to feed.

1.6 Farm environmental sensors - Required for analytics and insights

Sensors at farm with API.

  • Oxygen

  • Salinity

  • Temperature

  • Water-current

  • Weather

Info

What happens if the requirement is not met:

You do not get access to this data in the Bluegrove system.

2 Power Requirements

2.1 Power at barge

...

In case of power source problems such as noise, spikes, brownouts and blackouts, an Online UPS system needs to be installed to accommodate continuous power stability and availability.

Info

What happens if the requirement is not met:

Service stops as soon as the power to the server and antenna is broken. This is mitigated by using a UPS(battery).

2.2 Power at cage

The CageEye system requires 60 W @ 230V 50hz outlet at the cage.
Estimated continuous power requirements for all sensor devices in cage: 60 W
Estimated maximum power consumption in the future , incl. UPS, camera, etc.: 500 W
Refer to suppliers technical datasheets for exact requirements.
In case of power source problems such as noise, spikes, brownouts and blackouts, an Online UPS system needs to be installed to accommodate continuous power stability and availability500 W

Info

What happens if the requirement is not met:

Service stops as soon as the power is interrupted. This is mitigated by using a UPS(battery).

3. Network Requirements

...

3.1 Barge local network

...

Service

Bandwidth

Uptime

Latency

Packet Loss

Jitter

Network services on barge

1 Gbit

100%

2 ms

0

15%

Info

What happens if the requirement is not met:

Remote services are interrupted. Data is buffered for some time until recovery.

3.2: Cage to barge network

...

  • Bandwidth, uptime, latency, packet loss and jitter between devices on barge network and devices on cage.

Info

What happens if the requirement is not met:

Services are interrupted. Data is buffered for some time until recovery.

3.3: Internet

Services dependent on dedicated internet connection bandwidth with minimum requirements:

...

Type

Port

Used for

Traffic

TCP

1194

VPN for access to Bluegrove cloud.

Incoming and outgoing

TCP

80

HTTP outgoing for connection to API. Eg environmental data.

HTTP incoming to be able to connect from the feed center.

Incoming and outgoing

TCP

443

HTTP outgoing for connection to API. Eg environmental data.

HTTP incoming to be able to connect from the feed center.

Incoming and outgoing

Info

What happens if the requirement is not met:

Remote services are interrupted. Data is buffered for some time until recovery.

3.4: Barge to Feeding Operations Center network

Services dependant dependent on dedicated network connection bandwidth with minimum requirements:

Service

Upload

Uptime

Latency

Packet Loss

Jitter

Feeding assistant (remote, without video)

5 Mbps

100%

150 ms

1% over 10 minutes

15%

Feeding assistant (remote, with video)

30 Mbps

100%

150 ms

1% over 10 minutes

15%

  • Upload bandwidth, uptime, latency, packet loss and jitter between devices on the barge network and the Feeding Operations Center.

Info

What happens if the requirement is not met:

Remote services are interrupted. Data(not video) is buffered for some time until recovery.

4 Integration Requirements

...

The customer must to provide Bluegrove with an integration to his feeding system. Bluegrove maintains this list of compatible feeding-systems: Feeding-system integrations and compatibility with Bluegrove

Info

What happens if the requirement is not met:

Feeding service is interrupted. Data collection on feeding is interrupted.

4.1.1 For developers: General feeding system integration requirements

...

Expand
title3.1.1 General feeding system integration requirements and definitions

Feeding system requirements version 0.0.6.

This section defines general requirements for controlling a feeding system for sea-based and land based aquaculture.

Intention

Enable the fish farmer to:

  • Maintain high uptime of its feeding processes.

  • Safely enable interaction between applications while minimizing risk of service outages.

  • Procure, replace or remove software from any vendor in a modular way.

  • Maintain high data and operational security

  • Get early warning about errors and the possibility of investigation through logging.

  • Enable access on an individual level, and integrate with the company's userdirectory.

  • Maintain robust local feeding operations with unreliable internet.

  • Enable remote control of feeding operations at different sites with full functionality without the use of VPN.

  • Enable control of feeding operations on one user interface, regardless of feeding system vendor.

  • Enable frequent and high-resolution data collection from feeding operations.

  • Safely control feeding operations remotely with no or unstable internet.

  • Enable scale in the data collection by using good practices like “Report by exception/change” and avoiding polling.

Definitions

  • Unit: The unit where feed is dispensed to the consumers. Example: Cage or tank used in aquaculture.

  • Feeding system: The machinery/installation which executes the feeding. Feeding barge at sea. Example: Land based feeding installation.

  • Feeding control system: The industrial control devices controlling the machinery in the feeding system. Example: The PLC controlling the feeding system. The server controlling the PLC.

  • Feeding Line: The feeding system internal feeding line. in the control system. Feedlines can sometimes be routed to different pipes by "changers". Example: Feeding line inside a barge connected to a blower and one or more feed silos.

  • Pipe The pipe or conveyor to transporting the feed from the feeding system to the place where it will be consumed. Example: The feed pipe from a barge to a cage.

Out of scope features

  • Feeding tables. A plan for dispensing feed over time. Often provided by the Feeding control system or feeding application.

  • Automatic feeding. A configurable plan for dispensing feed over time which is executed by the feeding system. Often provided by the feeding control system.

  • Biological data. Data on species, number of fish, weight, mortality etc. Often provided by the Feeding control system, ERP or planning tools.

  • Calibration of feeding dosers. Calibration of dosers to dispense the correct amount of feed. Often provided by the Feeding control system.

  • Line configuration. An operation that moves a pipe from one cage to another. The operator then updates it in one system, which then makes it available to other systems by API. Often provided by the Feeding control system.

  • Dosing of feed. The industrial control system achieves the desired intensity by operating the dosing machinery. Often provided by the feeding control system.

  • Silo management. Used for selecting type of feed. Often provided by the Feeding control system.

Required functionality:

  • Feeding Mode

    • Enables switching between manual and automatic feeding.

  • Set Intensity

    • Sets the feeding intensity for a pipe.

  • Alarm Warning Or Stop Message

    • Alarms, Warnings, or stop messages from the feeding control systems.

  • Feeding Lines Avaliable

    • Lists the available units(cages) avaliable to each feeding line, by changer or directly connected.

  • Enable And/Or Change Feed Line To Conveyor

    • Operates the changers to connect one line to the selected pipe.

  • Feedline Status

    • Describes which pipe(cage) the feedingline in the feedingsystem is connected to. Also gives the status of the feedline.

  • Feedline Blower Level

    • The set power of blowing in percent from maximum of 100%. 0 when off.

  • Feedline Pressure

    • The pressure inside a feedpipe.

  • Feedline temperature

    • The temperature inside a feedline.

  • Feedline airspeed

    • The airspeed inside a feedpipe.

...

5.1. User terminal at barge (PC with UI)

  • PC with at least 1 display screen per 12 cages: Minimum 24”, 1920x1080 resolution

  • Mouse/Keyboard

  • Chrome Browser

5.2. User terminal remote (PC with UI)

  • Optional remote PC with at least 1 display screen per 12 cages: Minimum 24”, 1920x1080 resolution

  • Mouse/Keyboard

  • CageEye VPN Installed

  • Chrome Browser

5.3. Operational feeding system

The blowers, dosing, changers, piping, feed spreaders need to be in working condition.

5.4. Farm environmental sensors - Required for analytics and reporting

Sensors at farm with API.

  • Oxygen

  • Salinity

  • Temperature

  • Water-current

  • Weather

6. Machine vision for pellet detection and health indicators.

6.1. Video streams in the RTSP

...

protocol

  • RTSP streams from the camera is available on the network we have access to.

  • Relation between RTSP stream and cage

7. Impact of infrastructure loss

Impact category

Example effect

Emergency

Immediately stops service

Severe

Critically impacts service/stops service within one day

Moderate

Impacts service/partial loss of service

Minor

Reduced convenience

Table of Contents

...

Requirement

...

Effect on service

...

Suggested Solution

...

Barge and feeding system

...

1.1 Power at barge

...

Emergency

...

2KW Online UPS

...

2.1. Barge local network

...

Emergency

...

Managed network service including ubiquiti router, network cables, installation and configuration.

...

3.1. Operational feeding system

...

Emergency

...

4.2. User terminal at barge (PC with UI)

...

Severe

...

4.1. Farm environmental sensors

...

Minor

...

Remote

...

2.3a. Internet

...

Severe

...

Primary and redundancy options:

  1. Point-to-point ethernet backhaul

  2. Satellite network

  3. 4G mobile network

...

4.3. User terminal remote (PC with UI)

...

  • Information on the which stream belongs to which cage.

Info

What happens if the requirement is not met:

The data from the video-stream is interrupted.