f | { | f | { |
| "author": "", | | "author": "", |
| "author_email": "", | | "author_email": "", |
| "creator_user_id": "c028eea2-1878-47b8-843b-aa298066c249", | | "creator_user_id": "c028eea2-1878-47b8-843b-aa298066c249", |
| "data_owner": "University Properties of Finland", | | "data_owner": "University Properties of Finland", |
| "groups": [ | | "groups": [ |
| { | | { |
| "description": "This group collects together data sets related | | "description": "This group collects together data sets related |
| to the | | to the |
| ving-collaboration-platform-hervanta-campus#switcher-trigger-overview) | | ving-collaboration-platform-hervanta-campus#switcher-trigger-overview) |
| building. Kampusareena is a modern office building that provides | | building. Kampusareena is a modern office building that provides |
| spaces for the personnel of companies, university staff and students, | | spaces for the personnel of companies, university staff and students, |
| and e.g, for the library of the whole campus. The building was | | and e.g, for the library of the whole campus. The building was |
| completed in 2015 and is located on the Hervanta campus of Tampere | | completed in 2015 and is located on the Hervanta campus of Tampere |
| University. Its total area is 16 000 square meters spread out over 8 | | University. Its total area is 16 000 square meters spread out over 8 |
| floors.\r\n\r\nThe building uses district heating and is cooled with | | floors.\r\n\r\nThe building uses district heating and is cooled with |
| two cooling machines with the electrical compressor powers of 170 kW | | two cooling machines with the electrical compressor powers of 170 kW |
| and 226 kW. Ventilation of the building consumes around 100 kW at | | and 226 kW. Ventilation of the building consumes around 100 kW at |
| maximum. Other electrical loads of the building include two elevators | | maximum. Other electrical loads of the building include two elevators |
| (max. 7 kW each), eight electric car charging spots (max. 22 kW each) | | (max. 7 kW each), eight electric car charging spots (max. 22 kW each) |
| and appliances used by tenants (max. 350 kW). Additionally, the | | and appliances used by tenants (max. 350 kW). Additionally, the |
| building has 57 kW solar power plant. The building is connected to a | | building has 57 kW solar power plant. The building is connected to a |
| medium voltage distribution network through 20/0.4 kV | | medium voltage distribution network through 20/0.4 kV |
| transformer.\r\nThe building automation system manages ventilation, | | transformer.\r\nThe building automation system manages ventilation, |
| heating and cooling of the building. The system involves thousands of | | heating and cooling of the building. The system involves thousands of |
| data points including indoor conditions of individual spaces, e.g. | | data points including indoor conditions of individual spaces, e.g. |
| temperature and CO2 concentration, air \ufb02ows and set points for | | temperature and CO2 concentration, air \ufb02ows and set points for |
| pumps. The electricity consumption of the tenants is measured with | | pumps. The electricity consumption of the tenants is measured with |
| numerous simple power meters and a couple of more advanced power | | numerous simple power meters and a couple of more advanced power |
| meters are located at the main distribution boards. Additionally, nine | | meters are located at the main distribution boards. Additionally, nine |
| power quality meters, called eQL Quality Meters, were installed at the | | power quality meters, called eQL Quality Meters, were installed at the |
| major loads of the building. These meters offer measured data of | | major loads of the building. These meters offer measured data of |
| various electrical characteristics even with 100 millisecond time | | various electrical characteristics even with 100 millisecond time |
| interval.\r\n\r\nMost of the data in this group is owned by University | | interval.\r\n\r\nMost of the data in this group is owned by University |
| Properties of Finlan (SYK). See the data owner of each dataset to | | Properties of Finlan (SYK). See the data owner of each dataset to |
n | check if that particular data is owned by SYK. SYK has given | n | check if that particular data is owned by SYK. Data owned by SYK is |
| permission to use the data for internal university research and | | divided into two categories sensitive (unfiltered) and non sensitive |
| education. So, for example, it cannot be shared with external parties | | (filtered). Sensitive data is related to the tenants of Kampusareena |
| without a separate permission from SYK.", | | and is present in the [building automation data |
| | | /ckan.energydata.rd.tuni.fi/dataset/kampusareena-building-automation). |
| | | In the available measurements list sensitive data is market as |
| | | confidential. Different conditions apply with sensitive and |
| | | non-sensitive data:\r\n\r\n- Non-sensitive data can be used freely in |
| | | research and education use cases. Commercial usage has to be |
| | | negotiated with University Properties of Finland.\r\n- sensitive data |
| | | can be used only by persons designated by the project leader. Data |
| | | handling must be done in accordance with the information security |
| | | policies of Tampere University.\r\n", |
| "display_name": "Kampusareena", | | "display_name": "Kampusareena", |
| "id": "0b59cd26-0db5-44b4-9e51-8bb07cfeb0f3", | | "id": "0b59cd26-0db5-44b4-9e51-8bb07cfeb0f3", |
| "image_display_url": "", | | "image_display_url": "", |
| "name": "kampusareena", | | "name": "kampusareena", |
| "title": "Kampusareena" | | "title": "Kampusareena" |
| } | | } |
| ], | | ], |
| "id": "1ca9dc4d-8ae9-463b-a0ee-98fff8ca9330", | | "id": "1ca9dc4d-8ae9-463b-a0ee-98fff8ca9330", |
| "isopen": false, | | "isopen": false, |
| "license_id": "internal", | | "license_id": "internal", |
| "license_title": "For internal research and education use", | | "license_title": "For internal research and education use", |
| "maintainer": "Antti Hilden", | | "maintainer": "Antti Hilden", |
| "maintainer_email": "antti.t.hilden@tuni.fi", | | "maintainer_email": "antti.t.hilden@tuni.fi", |
| "metadata_created": "2022-12-19T13:05:20.336519", | | "metadata_created": "2022-12-19T13:05:20.336519", |
n | "metadata_modified": "2023-01-30T15:09:34.899196", | n | "metadata_modified": "2024-01-18T10:58:24.953751", |
| "name": "kampusareena-building-automation", | | "name": "kampusareena-building-automation", |
| "notes": "Measurements from the Siemens Desigo building automation | | "notes": "Measurements from the Siemens Desigo building automation |
| system of Kampusareena\r\nincluding data related to indoor conditions, | | system of Kampusareena\r\nincluding data related to indoor conditions, |
| ventilation, heating and cooling.\r\nFor most spaces in Kampusareena | | ventilation, heating and cooling.\r\nFor most spaces in Kampusareena |
| available data includes temperature, air quality\r\nand | | available data includes temperature, air quality\r\nand |
| occupancy.\r\n\r\nThis data has been collected so that a new value for | | occupancy.\r\n\r\nThis data has been collected so that a new value for |
| a measurement is obtained only when the value changes. Thus the time | | a measurement is obtained only when the value changes. Thus the time |
| interval between values varies greatly. It can be anything from less | | interval between values varies greatly. It can be anything from less |
| than a second to one day.\r\n\r\nNOTE: IN the available measurements | | than a second to one day.\r\n\r\nNOTE: IN the available measurements |
| lists some measurements are marked\r\nconfidential. They are related | | lists some measurements are marked\r\nconfidential. They are related |
n | to spaces used by private tenants of\r\nKampusareena. Extra care has | n | to spaces used by private tenants of\r\nKampusareena. This data is |
| to be taken when using this data. Tenants cannot be\r\nidentifiable | | categorized as sensitive and Extra care has to be taken when using |
| from anything produced from the data.\r\n\r\nThe measurements are | | this data. Tenants cannot be\r\nidentifiable from anything produced |
| organized in a hierarchy that consists of 4 components.\r\nThese are | | from the data. See the |
| listed for each measurement in the available measurements lists | | usareena](https://ckan.energydata.rd.tuni.fi/group/about/kampusareena) |
| and\r\nare the following:\r\n\r\n- System: The wider system or subject | | group for more info about under which conditions this sensitive data |
| the measurement is related to. For example\r\n water or HVAC | | can be used.\r\n\r\nThe measurements are organized in a hierarchy that |
| (heating, ventilation and air conditioning).\r\n- subsystem: Indicates | | consists of 4 components.\r\nThese are listed for each measurement in |
| the part of the wider system. For example KL01 (district\r\n | | the available measurements lists and\r\nare the following:\r\n\r\n- |
| heating) or iv01 (Air conditioning heating/cooling network). Names are | | System: The wider system or subject the measurement is related to. For |
| often\r\n directly from the building automation system and their | | example\r\n water or HVAC (heating, ventilation and air |
| meaning is hard or\r\n impossible to understand. A list of possible | | conditioning).\r\n- subsystem: Indicates the part of the wider system. |
| values can be found from below.\r\n- location: Indicates the physical | | For example KL01 (district\r\n heating) or iv01 (Air conditioning |
| location or target of the measurement. Can be\r\n a room number or | | heating/cooling network). Names are often\r\n directly from the |
| name of a part of a system.\r\n- type: Indicates what is measured for | | building automation system and their meaning is hard or\r\n |
| | | impossible to understand. A list of possible values can be found from |
| | | below.\r\n- location: Indicates the physical location or target of the |
| | | measurement. Can be\r\n a room number or name of a part of a |
| | | system.\r\n- type: Indicates what is measured for example temperature |
| example temperature or pressure.\r\n\r\n## System\r\n\r\nSystem can be | | or pressure.\r\n\r\n## System\r\n\r\nSystem can be one of the |
| one of the following:\r\n\r\n- HVAC: Heating, Ventilation, and Air | | following:\r\n\r\n- HVAC: Heating, Ventilation, and Air |
| Conditioning\r\n- Weather\r\n- Water\r\n- Alarms\r\n\r\n## | | Conditioning\r\n- Weather\r\n- Water\r\n- Alarms\r\n\r\n## |
| Subsystem\r\n\r\nHere are listed some of the common subsystems with | | Subsystem\r\n\r\nHere are listed some of the common subsystems with |
| their descriptions:\r\n\r\n- TK01-13: Air supply unit\r\n- PKxx: Air | | their descriptions:\r\n\r\n- TK01-13: Air supply unit\r\n- PKxx: Air |
| removal unit; \r\n- KK16-17: Air circulating unit\r\n- WJ01-02: | | removal unit; \r\n- KK16-17: Air circulating unit\r\n- WJ01-02: |
| Chiller for PV01, IV01, SA01 & PK01\r\n- HI01-02: Lifts\r\n- IV01: Air | | Chiller for PV01, IV01, SA01 & PK01\r\n- HI01-02: Lifts\r\n- IV01: Air |
| conditioning heating/cooling network\r\n- KL01: District heating\r\n- | | conditioning heating/cooling network\r\n- KL01: District heating\r\n- |
| LV01-02: Hot water network (LV01, LV02)\r\n- PV01: Radiator | | LV01-02: Hot water network (LV01, LV02)\r\n- PV01: Radiator |
| heating/cooling network, wall radiators\r\n- PK01: Convector | | heating/cooling network, wall radiators\r\n- PK01: Convector |
| heating/cooling network;\r\n- BAS: Building automation system\r\n- | | heating/cooling network;\r\n- BAS: Building automation system\r\n- |
| KV01: Cold-water network\r\n- VAKxx: Building automation system | | KV01: Cold-water network\r\n- VAKxx: Building automation system |
| CPU\r\n- PVPlant: Solar power system\r\n- Ventilation\r\n\r\n## | | CPU\r\n- PVPlant: Solar power system\r\n- Ventilation\r\n\r\n## |
| Location\r\n\r\nBelow are listed some common locations or location | | Location\r\n\r\nBelow are listed some common locations or location |
| types.\r\n\r\n- Axxx: Room number xxx\r\n- LJH: Heat distribution | | types.\r\n\r\n- Axxx: Room number xxx\r\n- LJH: Heat distribution |
| room\r\n- Outdoor\r\n- Solar\r\n- HI01-02: elevator\r\n\r\nLocations | | room\r\n- Outdoor\r\n- Solar\r\n- HI01-02: elevator\r\n\r\nLocations |
| for the subsystems TK01-TK13:\r\n\r\n- Fans\u00a0\r\n- HeatRecovery: | | for the subsystems TK01-TK13:\r\n\r\n- Fans\u00a0\r\n- HeatRecovery: |
| LTO\r\n- Radiator, Air flow heating/cooling\r\n\r\nLocations related | | LTO\r\n- Radiator, Air flow heating/cooling\r\n\r\nLocations related |
| to subsystems TK10-TK11 (Swegon Wise, | | to subsystems TK10-TK11 (Swegon Wise, |
| huonekohtainen\r\nilmam\u00e4\u00e4r\u00e4ns\u00e4\u00e4t\u00f6 3nd - | | huonekohtainen\r\nilmam\u00e4\u00e4r\u00e4ns\u00e4\u00e4t\u00f6 3nd - |
| 8th floors)\r\n\r\n- Zone1-6 (Zone 1 = 8th floor, zone 2 = 7th | | 8th floors)\r\n\r\n- Zone1-6 (Zone 1 = 8th floor, zone 2 = 7th |
| floor,\u2026, zone 6 = 3th floor)\r\n- DCxy (x = zone, y = branch | | floor,\u2026, zone 6 = 3th floor)\r\n- DCxy (x = zone, y = branch |
| )\r\n\r\nLocations related to subsystem Chillers (WJ01-WJ02):\r\n\r\n- | | )\r\n\r\nLocations related to subsystem Chillers (WJ01-WJ02):\r\n\r\n- |
| Compressors\r\n- Condenser\r\n- Evaporator\r\n- SAPA01: Radiator | | Compressors\r\n- Condenser\r\n- Evaporator\r\n- SAPA01: Radiator |
| heating/cooling network, wall radiators & ceiling panels\r\n- PK01: | | heating/cooling network, wall radiators & ceiling panels\r\n- PK01: |
| Convector heating/cooling network\r\n- IV01: Air conditioning | | Convector heating/cooling network\r\n- IV01: Air conditioning |
| heating/cooling network\r\n- TC: Chiller temperature controller | | heating/cooling network\r\n- TC: Chiller temperature controller |
| (WJ01-02)\r\n\r\n## Type\r\n\r\nHere is a list of some common | | (WJ01-02)\r\n\r\n## Type\r\n\r\nHere is a list of some common |
| measurement types and the locations or subsystems\r\nthey usually are | | measurement types and the locations or subsystems\r\nthey usually are |
| associated with. \r\n\r\n- SP: setpoint, controller target value\r\n- | | associated with. \r\n\r\n- SP: setpoint, controller target value\r\n- |
| AirFlow\r\n- AirFlowCoolingSP\r\n- Alarm\r\n- Angle\r\n- Booster\r\n- | | AirFlow\r\n- AirFlowCoolingSP\r\n- Alarm\r\n- Angle\r\n- Booster\r\n- |
| BypassDamper (Heat recovery)\r\n- CO2\r\n- ControlState (Heat | | BypassDamper (Heat recovery)\r\n- CO2\r\n- ControlState (Heat |
| recovery)\r\n- CoolingDemand (VAKs to WJ01-02)\r\n- CoolingSP\r\n- | | recovery)\r\n- CoolingDemand (VAKs to WJ01-02)\r\n- CoolingSP\r\n- |
| CoolingState (Heat recovery)\r\n- CoolingValve\r\n- Damper\r\n- | | CoolingState (Heat recovery)\r\n- CoolingValve\r\n- Damper\r\n- |
| DuctPressure\r\n- DuctPressureSP\r\n- Efficiency (Heat recovery)\r\n- | | DuctPressure\r\n- DuctPressureSP\r\n- Efficiency (Heat recovery)\r\n- |
| ExhaustTemperature\r\n- ExtractAirDamper (Fans)\r\n- FlowSP\r\n- | | ExhaustTemperature\r\n- ExtractAirDamper (Fans)\r\n- FlowSP\r\n- |
| FrequencySP\r\n- FreshAirDamper (Fans)\r\n- HeatingSP\r\n- | | FrequencySP\r\n- FreshAirDamper (Fans)\r\n- HeatingSP\r\n- |
| HeatingValve\r\n- Humidity\r\n- Illuminance\r\n- Power\r\n- | | HeatingValve\r\n- Humidity\r\n- Illuminance\r\n- Power\r\n- |
| Presence\r\n- Pressure\r\n- PressureDifference\r\n- | | Presence\r\n- Pressure\r\n- PressureDifference\r\n- |
| RoomTempAverage\r\n- RoomTemperature\r\n- RoomTempSP\r\n- RunState | | RoomTempAverage\r\n- RoomTemperature\r\n- RoomTempSP\r\n- RunState |
| (Heat recovery)\r\n- SFP: Specific fan power\r\n- SpeedControl\r\n- | | (Heat recovery)\r\n- SFP: Specific fan power\r\n- SpeedControl\r\n- |
| Temperature\r\n- TemperatureSP\r\n- WaterFlow\r\n- VOC: Volatile | | Temperature\r\n- TemperatureSP\r\n- WaterFlow\r\n- VOC: Volatile |
| organic compounds\r\n\r\n## Name\r\n\r\nMeasurement names are based on | | organic compounds\r\n\r\n## Name\r\n\r\nMeasurement names are based on |
| their names in the building automation system.\r\nFor example a wall | | their names in the building automation system.\r\nFor example a wall |
| mounted temperature sensor can be found from the measurement\r\nlist | | mounted temperature sensor can be found from the measurement\r\nlist |
| based on the text on it for example TCA514'TE20. This example sensor | | based on the text on it for example TCA514'TE20. This example sensor |
| is the\r\ntemperature sensor TE20 for the temperature controller TC of | | is the\r\ntemperature sensor TE20 for the temperature controller TC of |
| room A514. If there\r\nwould be a second similar sensor for the same | | room A514. If there\r\nwould be a second similar sensor for the same |
| location it would be called\r\nTCA514'TE21. Third would be TE22 and so | | location it would be called\r\nTCA514'TE21. Third would be TE22 and so |
| forth. Second example TK08'TF01'Pwr\r\nwould be power for air suply | | forth. Second example TK08'TF01'Pwr\r\nwould be power for air suply |
| fan 01 of air suply unit 08. Third example:\r\nKJA528'KF01'TV60 is the | | fan 01 of air suply unit 08. Third example:\r\nKJA528'KF01'TV60 is the |
| cooling valve tv60 for air fan 01 of convector A528\r\n\r\nBelow are | | cooling valve tv60 for air fan 01 of convector A528\r\n\r\nBelow are |
| listed the most common acronym number combinations used in the | | listed the most common acronym number combinations used in the |
| names:\r\n\r\n- IMSxxxx: Air flow control\r\n- TCxxxx: Temperature | | names:\r\n\r\n- IMSxxxx: Air flow control\r\n- TCxxxx: Temperature |
| controller\r\n- KJxxxx: Convector\r\n- FC: Flow controller; FC1x for | | controller\r\n- KJxxxx: Convector\r\n- FC: Flow controller; FC1x for |
| supply air, FC3x for exhaust air\r\n- PFxx: Exhaust air fan\r\n- TFxx: | | supply air, FC3x for exhaust air\r\n- PFxx: Exhaust air fan\r\n- TFxx: |
| Supply air fan\r\n- KFxx: Convector air fan\r\n- TV4x: Heating valve; | | Supply air fan\r\n- KFxx: Convector air fan\r\n- TV4x: Heating valve; |
| %\r\n- TV6x: Cooling valve; %\r\n- TE2x: Room temperature; C\r\n- | | %\r\n- TV6x: Cooling valve; %\r\n- TE2x: Room temperature; C\r\n- |
| TE3x, TEh: Duct exhaust air temperature; C\r\n- QE3x: Air quality, | | TE3x, TEh: Duct exhaust air temperature; C\r\n- QE3x: Air quality, |
| CO2; ppm\r\n- Aqual: Air quality, volatile organic compounds; % (See | | CO2; ppm\r\n- Aqual: Air quality, volatile organic compounds; % (See |
| ena-building-automation/resource/a02949b9-4f79-43e3-abd1-7537e751fc76) | | ena-building-automation/resource/a02949b9-4f79-43e3-abd1-7537e751fc76) |
| for CO2-equivalent\r\n conversion)\r\n- AO: Controller output (e.g. | | for CO2-equivalent\r\n conversion)\r\n- AO: Controller output (e.g. |
| damper position); %\r\n- AI: Controlled variable (e.g. measured | | damper position); %\r\n- AI: Controlled variable (e.g. measured |
| airflow); l/s\r\n- TRave: Average room temperature; C\r\n- Pwr: Power; | | airflow); l/s\r\n- TRave: Average room temperature; C\r\n- Pwr: Power; |
| kW\r\n- SolRdn.SolAzmth: Solar azimuth angle; deg\r\n- | | kW\r\n- SolRdn.SolAzmth: Solar azimuth angle; deg\r\n- |
| SolRdn.SolEtHor: Solar elevation angle; deg\r\n- KS2x: Ventilation | | SolRdn.SolEtHor: Solar elevation angle; deg\r\n- KS2x: Ventilation |
| extra time switch/booster; bool\r\n- FGxx: Fresh/extract air dampers | | extra time switch/booster; bool\r\n- FGxx: Fresh/extract air dampers |
| (Fans); bool\r\n- HC: Manual airflow setpoint; %\r\n- TR: Room | | (Fans); bool\r\n- HC: Manual airflow setpoint; %\r\n- TR: Room |
| temperature; C\r\n- SpH: Radiator heating temperature setpoint; C\r\n- | | temperature; C\r\n- SpH: Radiator heating temperature setpoint; C\r\n- |
| SpT: Room temperature setpoint; C\r\n- SpCM: Airflow cooling setpoint; | | SpT: Room temperature setpoint; C\r\n- SpCM: Airflow cooling setpoint; |
| C\r\n- SpC: Radiator cooling temperature setpoint; C\r\n- OE2x; | | C\r\n- SpC: Radiator cooling temperature setpoint; C\r\n- OE2x; |
| Presence sensor; bool\r\n- JJakt: Cool demand; bool\r\n- PE1xx: Duct | | Presence sensor; bool\r\n- JJakt: Cool demand; bool\r\n- PE1xx: Duct |
| pressure, Supply duct; pa\r\n- PE3xx: Duct pressure, Exhaust duct; | | pressure, Supply duct; pa\r\n- PE3xx: Duct pressure, Exhaust duct; |
| pa\r\n- Flow: Airflow; l/s\r\n\r\nSee the | | pa\r\n- Flow: Airflow; l/s\r\n\r\nSee the |
| [ProCem](https://ckan.energydata.rd.tuni.fi/organization/about/procem) | | [ProCem](https://ckan.energydata.rd.tuni.fi/organization/about/procem) |
| project for general information about how the measurements are stored | | project for general information about how the measurements are stored |
| and can be used. See the | | and can be used. See the |
| usareena](https://ckan.energydata.rd.tuni.fi/group/about/kampusareena) | | usareena](https://ckan.energydata.rd.tuni.fi/group/about/kampusareena) |
| group for general information about the building.", | | group for general information about the building.", |
| "num_resources": 3, | | "num_resources": 3, |
| "num_tags": 3, | | "num_tags": 3, |
| "organization": { | | "organization": { |
| "approval_status": "approved", | | "approval_status": "approved", |
| "created": "2022-10-14T17:57:03.019118", | | "created": "2022-10-14T17:57:03.019118", |
| "description": "The ProCem ([Social Energy - Prosumer Centric | | "description": "The ProCem ([Social Energy - Prosumer Centric |
| Energy Ecosystem](http://www.senecc.fi/projects/procem-2)) and | | Energy Ecosystem](http://www.senecc.fi/projects/procem-2)) and |
| ProCemPlus ([Prosumer Centric Energy Communities - towards Energy | | ProCemPlus ([Prosumer Centric Energy Communities - towards Energy |
| Ecosystem](https://www.senecc.fi/projects/procemplus)) projects have | | Ecosystem](https://www.senecc.fi/projects/procemplus)) projects have |
| collected energy and energy community related data from the | | collected energy and energy community related data from the |
| [Kampusareena](https://ckan.energydata.rd.tuni.fi/group/kampusareena) | | [Kampusareena](https://ckan.energydata.rd.tuni.fi/group/kampusareena) |
| building in the Hervanta campus, the | | building in the Hervanta campus, the |
| [Marjam\u00e4ki](https://ckan.energydata.rd.tuni.fi/group/marjamaki) | | [Marjam\u00e4ki](https://ckan.energydata.rd.tuni.fi/group/marjamaki) |
| micro-grid area in Lemp\u00e4\u00e4l\u00e4 and open data | | micro-grid area in Lemp\u00e4\u00e4l\u00e4 and open data |
| sources.\r\n\r\nThe data for all of the datasets provided by ProCem | | sources.\r\n\r\nThe data for all of the datasets provided by ProCem |
| have been collected using a custom data collection platform developed | | have been collected using a custom data collection platform developed |
| as part of the projects. Thus all the data is stored in the same way | | as part of the projects. Thus all the data is stored in the same way |
| and in the same format and accessing all the data happens in the same | | and in the same format and accessing all the data happens in the same |
| way. If you are interested in learning more about the data collection | | way. If you are interested in learning more about the data collection |
| platform, it has been described in a scientific article titled \"[A | | platform, it has been described in a scientific article titled \"[A |
| Data Collection and Supplementary Control Platform of a Modern | | Data Collection and Supplementary Control Platform of a Modern |
| Building for Smart Energy | | Building for Smart Energy |
| ct.com/science/article/pii/S2352467722001734?via%3Dihub)\".\r\n\r\nThe | | ct.com/science/article/pii/S2352467722001734?via%3Dihub)\".\r\n\r\nThe |
n | data is stored in simple CSV files on a network drive where select | n | data is stored in simple CSV files on a network drive to which select |
| project researchers have access to. All data from a measurement target | | project researchers have access to. All data from a measurement target |
n | (Kampusarreenao or Marjam\u00e4ki) for a day are stored in one file. | n | (Kampusareena or Marjam\u00e4ki) for a day are stored in one file. One |
| One line of this CSV file contains these 3 items separated by a | | line of this CSV file contains these 3 items separated by a tab |
| tab:\r\n\r\n- id: Each measurement point has a unique id number. These | | character:\r\n\r\n- **id**: Each measurement point has a unique id |
| are documented in the list of available measurements for each | | number. These are documented in the lists of the available |
| dataset.\r\n- value: The actual measurment value.\r\n- timestamp: Unix | | measurements for each dataset.\r\n- **value**: The actual measurement |
| time in milliseconds i.e. milliseconds since 1970-01-01 00:00 UTC | | value.\r\n- **timestamp**: Unix time in milliseconds i.e. milliseconds |
| time.\r\n\r\nIf you want to see a small example of how these files | | since 1970-01-01 00:00 UTC time.\r\n\r\nIf you want to see a small |
| look like, you can check [this sample data dataset | | example of how these files look like, you can check [this sample |
| ower-quality/resource/0abf89c6-bba6-4d5a-b45f-1f40fd9c5129).\r\n\r\nIf | | ower-quality/resource/0abf89c6-bba6-4d5a-b45f-1f40fd9c5129).\r\n\r\nIf |
| you are interested in getting some data from the ProCem datasets, you | | you are interested in getting some data from the ProCem datasets, you |
| can contact the person marked as the dataset maintainer. Since the raw | | can contact the person marked as the dataset maintainer. Since the raw |
| data files are very large and contain data sensitive to the data | | data files are very large and contain data sensitive to the data |
n | owner, you will be provided filtered versions of the data files | n | owner, you will be provided with filtered versions of the data files |
| containing only the data you require from the time period you want. So | | containing only the data you require from the time period you want. |
| if you already know precisely what data you want and from what time | | So, if you already know precisely what data you want and from what |
| period, you can provide the measurement ids of the measurements you | | time period, you can provide the measurement ids of the measurements |
| want and a range of dates.\r\n\r\nNote: Though generally the data | | you want with the range of dates.\r\n\r\nNote, though generally the |
| collection has been continuous since the date marked as measurement | | data collection has been continuous since the date marked as the |
| start date, various issues with measurement devices, networking or the | | measurement start date, various issues with measurement devices, |
| collection system have caused breaks in data collection varying from | | networking or the collection system have caused breaks in data |
| minutes to days. So please take this into account when processing your | | collection varying from minutes to days. So please take this into |
| data.", | | account when processing your data.", |
| "id": "ec67e141-aa5e-46f7-b3ab-5a10c172e8e7", | | "id": "ec67e141-aa5e-46f7-b3ab-5a10c172e8e7", |
| "image_url": "", | | "image_url": "", |
| "is_organization": true, | | "is_organization": true, |
| "name": "procem", | | "name": "procem", |
| "state": "active", | | "state": "active", |
| "title": "ProCem", | | "title": "ProCem", |
| "type": "organization" | | "type": "organization" |
| }, | | }, |
| "owner_org": "ec67e141-aa5e-46f7-b3ab-5a10c172e8e7", | | "owner_org": "ec67e141-aa5e-46f7-b3ab-5a10c172e8e7", |
| "private": false, | | "private": false, |
| "relationships_as_object": [], | | "relationships_as_object": [], |
| "relationships_as_subject": [], | | "relationships_as_subject": [], |
| "resources": [ | | "resources": [ |
| { | | { |
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| "cache_url": null, | | "cache_url": null, |
| "created": "2023-01-26T08:54:33.339595", | | "created": "2023-01-26T08:54:33.339595", |
| "datastore_active": false, | | "datastore_active": false, |
| "description": "Information about one air quality sensor used in | | "description": "Information about one air quality sensor used in |
| the building automation system.", | | the building automation system.", |
| "format": "PDF", | | "format": "PDF", |
| "hash": "", | | "hash": "", |
| "id": "a02949b9-4f79-43e3-abd1-7537e751fc76", | | "id": "a02949b9-4f79-43e3-abd1-7537e751fc76", |
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| "mimetype": "application/pdf", | | "mimetype": "application/pdf", |
| "mimetype_inner": null, | | "mimetype_inner": null, |
| "name": "Swegon-Clean Air Control-CAC2.pdf", | | "name": "Swegon-Clean Air Control-CAC2.pdf", |
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| "size": 328956, | | "size": 328956, |
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| "url_type": "upload" | | "url_type": "upload" |
| }, | | }, |
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| "cache_last_updated": null, | | "cache_last_updated": null, |
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| "created": "2023-01-30T15:08:12.440013", | | "created": "2023-01-30T15:08:12.440013", |
| "datastore_active": true, | | "datastore_active": true, |
| "description": "List of available measurements. Partially | | "description": "List of available measurements. Partially |
| translated to English by a non domain expert from the original Finnish | | translated to English by a non domain expert from the original Finnish |
| source.", | | source.", |
| "format": "XLSX", | | "format": "XLSX", |
| "hash": "", | | "hash": "", |
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| "created": "2023-01-30T15:09:34.916906", | | "created": "2023-01-30T15:09:34.916906", |
t | "datastore_active": false, | t | "datastore_active": true, |
| "description": "List of available measurements. Descriptions of | | "description": "List of available measurements. Descriptions of |
| measurements are in Finnish.", | | measurements are in Finnish.", |
| "format": "XLSX", | | "format": "XLSX", |
| "hash": "", | | "hash": "", |
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| } | | } |
| ], | | ], |
| "state": "active", | | "state": "active", |
| "tags": [ | | "tags": [ |
| { | | { |
| "display_name": "building automation", | | "display_name": "building automation", |
| "id": "ffc4a114-1d14-4d23-93e5-389f23d4799e", | | "id": "ffc4a114-1d14-4d23-93e5-389f23d4799e", |
| "name": "building automation", | | "name": "building automation", |
| "state": "active", | | "state": "active", |
| "vocabulary_id": null | | "vocabulary_id": null |
| }, | | }, |
| { | | { |
| "display_name": "indoor conditions", | | "display_name": "indoor conditions", |
| "id": "cecec692-46a6-42f8-8340-0c1e9135a09a", | | "id": "cecec692-46a6-42f8-8340-0c1e9135a09a", |
| "name": "indoor conditions", | | "name": "indoor conditions", |
| "state": "active", | | "state": "active", |
| "vocabulary_id": null | | "vocabulary_id": null |
| }, | | }, |
| { | | { |
| "display_name": "ventilation", | | "display_name": "ventilation", |
| "id": "3ed0e6ab-1c94-4582-ba5b-6e458f7bf573", | | "id": "3ed0e6ab-1c94-4582-ba5b-6e458f7bf573", |
| "name": "ventilation", | | "name": "ventilation", |
| "state": "active", | | "state": "active", |
| "vocabulary_id": null | | "vocabulary_id": null |
| } | | } |
| ], | | ], |
| "temporal_resolution": "0.5 seconds", | | "temporal_resolution": "0.5 seconds", |
| "title": "Kampusareena building automation", | | "title": "Kampusareena building automation", |
| "type": "dataset", | | "type": "dataset", |
| "url": "", | | "url": "", |
| "version": "" | | "version": "" |
| } | | } |