Telecommunications
26 columns
250 rows
8 formats

Cell Site Power and Energy Management

This dataset provides comprehensive details on cell site power infrastructure and energy management, including utility feeds, backup systems, renewable sources, consumption metrics, and efficiency initiatives. It enables analysis of energy usage, backup readiness, and sustainability efforts across telecom networks, supporting operational optimization and environmental impact assessments.

last updated 1 Nov 2025
by GoMask

The brief that made it

Operational monitoring and reporting of cell site energy usage

Sample rows

preview · 8 of 250 rows · all 26 columns

site_idstring	utility_power_feed_typestring	battery_backup_capacity_kwhfloat	backup_generator_presentboolean	energy_efficiency_initiativesstring	site_namestring	address_streetstring	address_citystring	address_statestring	address_postal_codestring	address_countrystring	latitudefloat	longitudefloat	utility_power_statusstring	backup_generator_capacity_kwfloat	diesel_fuel_tank_capacity_litersfloat	diesel_fuel_usage_liters_monthfloat	battery_backup_presentboolean	solar_panel_presentboolean	solar_panel_capacity_kwfloat	hybrid_power_system_presentboolean	energy_consumption_kwh_monthfloat	last_maintenance_datedate	next_scheduled_maintenance_datedate	site_shutdown_enabledboolean	carrier_pooling_enabledboolean
USNY001	three-phase	45	true	site shutdown,carrier pooling,LED lighting	Broadway Tower	123 Broadway Ave	New York	NY	10001	US	40.7128	-74.006	active	65	3500	680	true	false	blank	true	13000	2023-10-15	2024-04-15	true	true
USCA002	three-phase	52	true	site shutdown,carrier pooling,LED lighting	Hollywood Central	555 Hollywood Blvd	Los Angeles	CA	90028	US	34.1015	-118.3265	active	70	4200	760	true	true	28	true	16800	2023-09-20	2024-03-20	true	true
UKLN003	three-phase	36	false	carrier pooling,LED lighting	Canary Hub	10 South Quay	London	London	E14 9PZ	UK	51.5054	-0.0235	active	blank	blank	blank	true	true	34	true	8700	2023-11-08	2024-05-08	false	true
JPTK004	three-phase	70	true	site shutdown,carrier pooling,remote monitoring	Shibuya Node	24-7 Shibuya	Tokyo	Tokyo	150-0002	Japan	35.6595	139.7005	active	55	2900	530	true	false	blank	true	10500	2023-07-11	2024-01-11	true	true
CABC005	three-phase	19	false	carrier pooling,remote monitoring	Vancouver Gateway	321 Granville St	Vancouver	BC	V6C 1S4	Canada	49.2827	-123.1207	active	blank	blank	blank	true	false	blank	false	4100	2023-08-03	2024-02-03	false	true
INMH006	single-phase	29	false	carrier pooling,LED lighting	Mumbai Heights	77 CST Road	Mumbai	MH	400098	India	19.076	72.8777	active	blank	blank	blank	true	true	25	true	6700	2023-09-29	2024-03-29	false	true
AUSW007	three-phase	blank	false	LED lighting,smart scheduling	Sydney Relay	201 Pitt St	Sydney	NSW	2000	Australia	-33.8688	151.2093	active	blank	blank	blank	false	true	56	false	5700	2023-12-01	2024-06-01	false	false
USFL008	three-phase	blank	true	remote monitoring	Miami Exchange	300 Biscayne Blvd	Miami	FL	33131	US	25.7617	-80.1918	intermittent	44	2300	510	false	false	blank	false	2900	2023-05-18	2023-11-18	false	false
DEBE009	three-phase	blank	true	site shutdown,LED lighting	Berlin Node	400 Alexanderplatz	Berlin	Berlin	10178	Germany	52.5208	13.4096	active	70	3900	990	false	false	blank	false	7000	2023-06-10	2023-12-10	true	false
FRID010	single-phase	blank	false	blank	Nice Central	22 Rue Massena	Nice	Alpes	06000	France	43.7102	7.262	active	blank	blank	blank	false	false	blank	false	2100	2023-09-16	2024-03-16	false	false
EGCA011	single-phase	blank	true	remote monitoring	Cairo East	1 Ramses St	Cairo	Cairo	11511	Egypt	30.0444	31.2357	intermittent	36	1800	260	false	false	blank	false	3200	2023-11-21	2024-05-21	false	false
MXCM012	three-phase	22	true	carrier pooling,remote monitoring	Mexico City Plaza	40 El Angel	Mexico City	CMX	06600	Mexico	19.4326	-99.1332	active	58	2700	620	true	false	blank	true	9400	2023-04-12	2023-10-12	false	true
USIL013	three-phase	61	true	site shutdown,carrier pooling,LED lighting	Chicago Gateway	500 Lake Shore Dr	Chicago	IL	60611	US	41.8925	-87.613	active	95	6700	1100	true	false	blank	true	18500	2023-08-23	2024-02-23	true	true
BRRJ014	three-phase	blank	true	carrier pooling,LED lighting	Rio Central	88 Copacabana	Rio de Janeiro	RJ	22070-010	Brazil	-22.9083	-43.1964	intermittent	47	2200	420	false	true	20	true	6200	2023-07-04	2024-01-04	false	true
RUMO015	three-phase	14	false	blank	Moscow North	1 Arbat St	Moscow	Moscow	119019	Russia	55.7558	37.6173	active	blank	blank	blank	true	false	blank	false	2900	2023-08-10	2024-02-10	false	false
ZANR016	single-phase	blank	true	remote monitoring,LED lighting	Dar es Salaam Tower	100 Sam Nujoma Rd	Dar es Salaam	NR	14101	Tanzania	-6.7924	39.2083	intermittent	23	1100	210	false	false	blank	false	1600	2023-05-03	2023-11-03	false	false
USCO017	three-phase	blank	true	site shutdown,carrier pooling,LED lighting	Denver Summit	400 Colfax Ave	Denver	CO	80202	US	39.7392	-104.9903	active	86	5900	980	false	true	48	true	16200	2023-10-27	2024-04-27	true	true
USOR018	three-phase	25	false	carrier pooling	Portland Bridge	222 Morrison St	Portland	OR	97204	US	45.5152	-122.6784	active	blank	blank	blank	true	false	blank	false	3400	2023-07-02	2024-01-02	false	true
NZAK019	three-phase	21	false	carrier pooling,LED lighting	Auckland Link	55 Queen St	Auckland	Auckland	1010	New Zealand	-36.8485	174.7633	active	blank	blank	blank	true	true	38	false	5400	2023-11-05	2024-05-05	false	true
USWA020	three-phase	58	true	site shutdown,carrier pooling,LED lighting	Seattle Beacon	800 Pike St	Seattle	WA	98101	US	47.6062	-122.3321	active	80	6100	1100	true	false	blank	true	19500	2023-10-13	2024-04-13	true	true

What the 250 rows show

from the 250-row sample

Single-phase (utility power feed type) stands out: mean battery_backup_capacity_kwh is 17.8, against 42.0 for the rest.

60%backup_generator_present = true
35.0median battery_backup_capacity_kwh
3utility power statuses
27address countries
51.4median backup_generator_capacity_kw
3,200median diesel_fuel_tank_capacity_liters

Mean battery_backup_capacity_kwh by utility_power_feed_type157 rows

battery_backup_capacity_kwh157 rows, in bands of 10

Median 35.0, from 7.8 to 80.0.

energy_efficiency_initiatives221 rows with a value · 29 left blank

site shutdown,carrier pooling,LED lighting54
remote monitoring30
carrier pooling,LED lighting26
LED lighting21
carrier pooling19
site shutdown,carrier pooling15
carrier pooling,remote monitoring11
LED lighting,carrier pooling10
site shutdown,carrier pooling,remote monitoring6
site shutdown,LED lighting6

26 columns by typefrom the column list below

string 10
float 8
date 2
boolean 6

Columns

26 columns in four groups

blueprint · 26 columns
column	type	description	example
Text 10 columns
`site_id`	string	Unique identifier for the cell siteunique	USNY001
`site_name`	string	Human-readable name or label for the cell site	Broadway Tower
`address_street`	string	Street address of the cell site	123 Broadway Ave
`address_city`	string	City where the cell site is located	New York
`address_state`	string	State or province of the cell site	NY
`address_postal_code`	string	Postal code of the cell site	10001
`address_country`	string	Country where the cell site is located	US
`utility_power_feed_type`	string	Type of utility power feed (e.g., single-phase, three-phase)single-phase · three-phase · other	three-phase
`utility_power_status`	string	Current status of utility power (e.g., active, inactive, intermittent)active · inactive · intermittent	active
`energy_efficiency_initiatives`	string	Comma-separated list of energy efficiency initiatives implemented (e.g., site shutdown, carrier pooling)optional	remote monitoring
Numbers 8 columns
`latitude`	float	Latitude coordinate of the cell site-90 to 90 · optional	40.7128
`longitude`	float	Longitude coordinate of the cell site-180 to 180 · optional	-74.006
`backup_generator_capacity_kw`	float	Rated capacity of backup generator in kilowatts0 or more · optional	65
`diesel_fuel_tank_capacity_liters`	float	Diesel fuel tank capacity in liters0 or more · optional	3500
`diesel_fuel_usage_liters_month`	float	Diesel fuel usage per month in liters0 or more · optional	680
`battery_backup_capacity_kwh`	float	Total battery backup capacity in kilowatt-hours0 or more · optional	45
`solar_panel_capacity_kw`	float	Total installed solar panel capacity in kilowatts0 or more · optional	28
`energy_consumption_kwh_month`	float	Total energy consumption per month in kilowatt-hours0 or more	13000
Dates and times 2 columns
`last_maintenance_date`	date	Date of last maintenance performed at the siteoptional	2023-10-15
`next_scheduled_maintenance_date`	date	Date of next scheduled maintenanceoptional	2024-04-15
True or false 6 columns
`backup_generator_present`	boolean	Indicates if a backup generator is present at the site	true
`battery_backup_present`	boolean	Indicates if a battery backup (DC plant) is present	true
`solar_panel_present`	boolean	Indicates if solar panels are installed at the site	false
`hybrid_power_system_present`	boolean	Indicates if a hybrid power system is used (combination of sources)	true
`site_shutdown_enabled`	boolean	Indicates if site shutdown for energy savings is enabledoptional	true
`carrier_pooling_enabled`	boolean	Indicates if carrier pooling for energy efficiency is enabledoptional	true

Use it for

A telecommunications dashboard
The backup_generator_present rate, battery_backup_capacity_kwh by utility_power_feed_type and a breakdown of energy_efficiency_initiatives. Excel, Power BI or Tableau.
Why do the 22 single-phase rows have a mean battery_backup_capacity_kwh of 17.8?
A root-cause class exercise
Hand out the rows and one question. The answer is in the data, not in the brief.
Sites250
USNY00145three-ph…
USCA00252three-ph…
UKLN00336three-ph…
A software demo
Believable sites with site_name, address_street and address_city to fill a screen in front of a buyer.

This dataset250 rows26 columns

Yours1,000 rows26 columnssite_id: UK only

blueprint · cell-site-power-and-energy-management

Behind this dataset

Same schema. As many rows as you need.

These 250 rows came out of a blueprint — 26 columns with generation rules behind each one. Open it in Data Factory to retune a column, add your own, wire in foreign keys, and run it at the size you actually need.

Rules it was built with

Site ID and power feed type
Utility power: grid connection, service capacity (kVA)
Backup generator: diesel or natural gas, capacity (kW), runtime hours
Battery backup: DC plant voltage (48VDC typical), capacity (Ah), backup duration
Solar panels: installed capacity (kW), hybrid grid-solar systems
Energy consumption: monthly kWh usage, cost per kWh
Diesel fuel: tank capacity (gallons), fuel consumption, refueling frequency
Energy efficiency: LED lighting, free cooling, AI-driven HVAC optimization

Rows1,000 rows10,000 rows100,000 rows1,000,000 rows

Open the blueprint in Data Factory

1 credit per row. Preview 20 rows free. Buy rows for the full run.

Exports: CSV, JSON, JSONL, Parquet, SQL, Excel, TSV, XML
Licence: yours to use, including commercially
API slug: cell-site-power-and-energy-management

What should your data show?

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Sample rows

What the 250 rows show

Columns

Use it for

A telecommunications dashboard

A root-cause class exercise

A software demo

Make it yours.

Same schema. As many rows as you need.

More in Telecommunications

What should your data show?