Waiting-time map

How long would you wait for capacity?

Grid operators publish where the network is full, but rarely how long you would then have to wait. Those figures do exist. This map brings them together for every supply area in the country.

Request a capacity check

Each shape on the map is a supply area: the part of the network behind a single substation. The colour is the year you can expect capacity there. Green means transport capacity is free today, and the redder the area, the longer the wait.

There are two bottlenecks and they stack: your own grid operator's and TenneT's on the high-voltage network. The map shows the later of the two, because a regional expansion finishing in 2029 gets you nothing while TenneT's runs to 2035. In practice TenneT governs almost everywhere.

Green is earned, not assumed: only where capacity present exceeds capacity required, the queue is empty and no bottleneck is published ahead. Grey means unknown, purple means congestion with no published end date — neither means available. And read it for what it is: an expectation, not a commitment, marking when the bottleneck clears rather than when your connection is live.

Supply areas with figures: 528
Of those, with free capacity: 4
Most frequent year: 2035
Furthest-out year: 2038

Which question are you asking?

When can I connectRegional bottleneck only

The later of two bottlenecks: your grid operator's and TenneT's. This is what you actually run into.

Data collected on 18 September 2026. Source: the national capacity map from Netbeheer Nederland — area boundaries from the map layer, figures from the same dataset that map itself runs on. Always check your own location with your grid operator.In 143 areas the national map reads “available” while the underlying figures show a queue or too little transport capacity. This map follows the figures.

View all supply areas as a table

Grid operator	Supply area	Present / required	Queue	Expectation	Regional	TenneT ready
Liander	OS HOOFDDORP 10-1i	22 / 23 MW	28.3 MW	Capacity expected from 2038	2038	2036
Liander	OS HOOFDDORP 10-2i	19 / 27 MW	28.9 MW	Capacity expected from 2038	2038	2036
Enexis	BD Breda	187.1 / 167.7 MW	58.8 MW	Capacity expected from 2036	2028	2036
Enexis	BOZ Bergen op Zoom	178 / 78.2 MW	62.2 MW	Capacity expected from 2036	2026	2036
Enexis	BT Best	101.1 / 92.8 MW	44.9 MW	Capacity expected from 2036	2029	2036
Enexis	BXT Boxtel	41.6 / 41.8 MW	24.6 MW	Capacity expected from 2036	2030	2036
Enexis	DTO Dinteloord	158.9 / 94.5 MW	60.4 MW	Capacity expected from 2036	2028	2036
Enexis	EHVN Eindhoven Noord	111.1 / 126 MW	98.3 MW	Capacity expected from 2036	—	2036
Enexis	EHVO Eindhoven Oost	207.3 / 195 MW	57 MW	Capacity expected from 2036	2030	2036
Enexis	EHVZ Eindhoven Zuid	166.8 / 136.7 MW	26.1 MW	Capacity expected from 2036	2030	2036
Enexis	ERD Eerde	151.8 / 156.4 MW	83 MW	Capacity expected from 2036	2028	2036
Enexis	ETN Etten Leur	181.3 / 114.8 MW	54.1 MW	Capacity expected from 2036	2026	2036
Enexis	GT Geertruidenberg	134.9 / 84.3 MW	58.4 MW	Capacity expected from 2036	2030	2036
Enexis	HMO Helmond Oost	179.7 / 74.3 MW	29.8 MW	Capacity expected from 2036	2026	2036
Enexis	HTN s-Hertogenbosch Noord	191.3 / 200.8 MW	81.4 MW	Capacity expected from 2036	—	2036
Enexis	HTW s-Hertogenbosch West	54.4 / 60.5 MW	31.6 MW	Capacity expected from 2036	2032	2036
Enexis	MDK Moerdijk	344.8 / 201.4 MW	155.4 MW	Capacity expected from 2036	2027	2036
Enexis	OTD Oosteind	111.6 / 93.8 MW	88.7 MW	Capacity expected from 2036	2031	2036
Enexis	RSD Roosendaal	245.9 / 119 MW	95.2 MW	Capacity expected from 2036	2026	2036
Enexis	TBC Tilburg Centrum	69.2 / 52.5 MW	16.9 MW	Capacity expected from 2036	—	2036
Enexis	TBN Tilburg Noord	141.1 / 147.3 MW	62.2 MW	Capacity expected from 2036	2029	2036
Enexis	TBW Tilburg West	155.5 / 95.6 MW	27.4 MW	Capacity expected from 2036	2026	2036
Enexis	TBZ Tilburg Zuid	136.7 / 133.8 MW	44.9 MW	Capacity expected from 2036	2027	2036
Enexis	WDT Woensdrecht	91.9 / 63.2 MW	23.8 MW	Capacity expected from 2036	2028	2036
Enexis	WW Waalwijk	167.5 / 112.8 MW	66.2 MW	Capacity expected from 2036	2029	2036
Enexis	ARI Aarle Rixtel	108.8 / 79.3 MW	48.8 MW	Capacity expected from 2036	2031	2036
Enexis	UD Uden	111.3 / 114 MW	61.6 MW	Capacity expected from 2036	2031	2036
Enexis	MZ Maarheeze	86.4 / 52.5 MW	57.8 MW	Capacity expected from 2036	2029	2036
Enexis	EHVW Eindhoven West	77.5 / 111.9 MW	59.2 MW	Capacity expected from 2036	—	2036
Enexis	HMZ Helmond Zuid	105.9 / 132.5 MW	54.4 MW	Capacity expected from 2036	—	2036
Enexis	OS Oss	150.8 / 142.1 MW	45 MW	Capacity expected from 2036	2030	2036
Enexis	HPT Hapert	197.9 / 88.1 MW	55.6 MW	Capacity expected from 2036	2026	2036
Liander	OS IJBURG 20-2i	88 / 25 MW	3 MW	Capacity expected from 2036	—	2036
Liander	OS KARPERWEG 10-3i	40 / 25 MW	0.8 MW	Capacity expected from 2036	—	2036
Liander	OS KARPERWEG 10-4i	40 / 25 MW	2.2 MW	Capacity expected from 2036	—	2036
Liander	OS WATERGRAAFSMEER 10-2i	58 / 43 MW	9.1 MW	Capacity expected from 2036	—	2036
Liander	OS ZORGVLIED 20-3i	88 / 26 MW	7.2 MW	Capacity expected from 2036	—	2036
Liander	OS ZORGVLIED 20-4i	88 / 68 MW	16.4 MW	Capacity expected from 2036	2030	2036
Liander	OS MIDDENMEER 20-5i	—	—	Capacity expected from 2036	—	2036
Liander	OS MIDDENMEER 20-2i	88 / 15 MW	14.7 MW	Capacity expected from 2036	—	2036
Liander	OS BIJLMER ZUID 10-1i	100 / 65 MW	24.8 MW	Capacity expected from 2036	—	2036
Liander	OS FREDERIKSPLEIN 10-1i	57 / 42 MW	1.2 MW	Capacity expected from 2036	—	2036
Liander	OS HOOGTE KADIJK 10-1i	52 / 41 MW	1.3 MW	Capacity expected from 2036	—	2036
Liander	OS HOOGTE KADIJK 10-2i	22 / 20 MW	1.5 MW	Capacity expected from 2036	—	2036
Liander	OS IJMUIDEN 50-1i	—	17.7 MW	Capacity expected from 2036	—	2036
Liander	OS ROZENBURG 10-1i	40 / 26 MW	9.1 MW	Capacity expected from 2036	—	2036
Liander	OS ROZENBURG 10-2i	40 / 45 MW	—	Capacity expected from 2036	2027	2036
Liander	OS UILENBURG 50-1i	—	3.5 MW	Capacity expected from 2036	—	2036
Liander	OS VELSEN 10-1i	36 / 24 MW	31.1 MW	Capacity expected from 2036	—	2036
Liander	OS VENSERWEG 10-11i	53 / 44 MW	14.1 MW	Capacity expected from 2036	—	2036
Liander	OS VENSERWEG 10-12i	53 / 31 MW	5 MW	Capacity expected from 2036	—	2036
Liander	OS WAARDERPOLDER 10-1i	57 / 54 MW	4.5 MW	Capacity expected from 2036	—	2036
Liander	OS WAARDERPOLDER 10-2i	57 / 39 MW	21.8 MW	Capacity expected from 2036	—	2036
Liander	Amstelveen	56 / 53 MW	5.9 MW	Capacity expected from 2036	2032	2036
Liander	Bijlmer Noord 10kV totaal	50 / 53 MW	16.8 MW	Capacity expected from 2036	2029	2036
Liander	Hilversum Noorderbegraafplaats 10 kV 1 + 2	40 / 31 MW	0.2 MW	Capacity expected from 2036	—	2036
Liander	OS AALSMEER BLOEMENVEILING 10-1i	36 / 51 MW	21.9 MW	Capacity expected from 2036	2034	2036
Liander	OS AALSMEER BLOEMENVEILING 10-2i	36 / 32 MW	16.3 MW	Capacity expected from 2036	—	2036
Liander	OS AMSTELVEEN BOLWERK 50-1i	—	4.9 MW	Capacity expected from 2036	—	2036
Liander	OS APELDOORN 10-2i	64 / 51 MW	13.2 MW	Capacity expected from 2036	2036	2035
Liander	OS BASISWEG 10-1i	66 / 53 MW	20.7 MW	Capacity expected from 2036	2031	2036
Liander	OS BASISWEG 10-2i	33 / 12 MW	—	Capacity expected from 2036	2031	2036
Liander	OS BIJLMER NOORD 20-4i	88 / 62 MW	58.2 MW	Capacity expected from 2036	2030	2036
Liander	OS CRAILO 10-1i	36 / 17 MW	0.2 MW	Capacity expected from 2036	2030	2036
Liander	OS EDAM 10-1i	20 / 20 MW	6.2 MW	Capacity expected from 2036	2030	2036
Liander	OS EDAM 10-2i	24 / 24 MW	5.7 MW	Capacity expected from 2036	2026	2036
Liander	OS HAARLEMMERMEER 10-1i	47 / 55 MW	5.2 MW	Capacity expected from 2036	2032	2036
Liander	OS HILVERSUM JONKERWEG 10-1i	36 / 30 MW	4.2 MW	Capacity expected from 2036	2032	2036
Liander	OS HILVERSUM RAAFSTRAAT 10-1i	36 / 28 MW	4.1 MW	Capacity expected from 2036	2032	2036
Liander	OS HUIZEN 10-1i	36 / 30 MW	3.1 MW	Capacity expected from 2036	2031	2036
Liander	OS IJPOLDER 10-4i	32 / 51 MW	15.8 MW	Capacity expected from 2036	2027	2036
Liander	OS KROMMENIE 50-1i	—	7 MW	Capacity expected from 2036	2032	2036
Liander	OS MARNIXSTRAAT 10-1i	66 / 43 MW	0.2 MW	Capacity expected from 2036	—	2036
Liander	OS MARNIXSTRAAT 10-2i	22 / 19 MW	—	Capacity expected from 2036	—	2036
Liander	OS NAARDEN 50-1i	—	4.8 MW	Capacity expected from 2036	—	2036
Liander	OS NIEUWE MEER 10-1i	36 / 37 MW	8.3 MW	Capacity expected from 2036	2027	2036
Liander	OS NOORD PAPAVERWEG 10-1i	68 / 72 MW	27.2 MW	Capacity expected from 2036	2027	2036
Liander	OS OVERVEEN 10-1i	41 / 31 MW	1.3 MW	Capacity expected from 2036	—	2036
Liander	OS OVERVEEN 10-2i	29 / 33 MW	2 MW	Capacity expected from 2036	2028	2036
Liander	OS PURMEREND KWADIJKERKOOGWEG 50-1i	—	4.7 MW	Capacity expected from 2036	2026	2036
Liander	OS PURMEREND SCHAEPMANSTRAAT 50-1i	—	8.6 MW	Capacity expected from 2036	2029	2036
Liander	OS RHIJNSPOOR 10-1i	63 / 62 MW	4 MW	Capacity expected from 2036	2030	2036
Liander	OS SCHALKWIJK 10-1i	34 / 42 MW	2.5 MW	Capacity expected from 2036	2034	2036
Liander	OS SCHIPLUIDENLAAN 10-1i	60 / 55 MW	8.2 MW	Capacity expected from 2036	2032	2036
Liander	OS SEXTANTWEG 10-1i	—	20.2 MW	Capacity expected from 2036	—	2036
Liander	OS SLOTERMEER 10-1i	50 / 62 MW	1.3 MW	Capacity expected from 2036	2033	2036
Liander	OS UITHOORN 50-1i	—	6.9 MW	Capacity expected from 2036	—	2036
Liander	OS VIJFHUIZEN 20-3i	88 / 100 MW	5.2 MW	Capacity expected from 2036	2032	2036
Liander	OS VLIEGENBOS 10-1i	40 / 36 MW	7.9 MW	Capacity expected from 2036	2027	2036
Liander	OS WEESP 10-1i	—	1.6 MW	Capacity expected from 2036	2031	2036
Liander	OS WEESP 10-2i	—	4.7 MW	Capacity expected from 2036	2031	2036
Liander	OS WEESP 10-9i	0 / 10 MW	0.4 MW	Capacity expected from 2036	2031	2036
Liander	OS WESTHAVEN 10-1i	39 / 35 MW	1 MW	Capacity expected from 2036	2027	2036
Liander	OS WESTHAVEN 10-2i	39 / 40 MW	—	Capacity expected from 2036	2027	2036
Liander	OS WESTZAANSTRAAT 10-1i	68 / 60 MW	9.2 MW	Capacity expected from 2036	2029	2036
Liander	OS WORMERVEER 50-1i	—	2.2 MW	Capacity expected from 2036	—	2036
Liander	OS ZAANDAM NOORD 50-1i	—	2 MW	Capacity expected from 2036	2029	2036
Liander	OS ZAANDAM WEST 10-1i	53 / 50 MW	37.5 MW	Capacity expected from 2036	2028	2036
Liander	OS ZAANDIJK 50-1i	—	7.1 MW	Capacity expected from 2036	—	2036
Liander	Schiphol Oost	—	8.7 MW	Capacity expected from 2036	2034	2036
Liander	OS BEVERWIJK 50-1i	—	16.9 MW	Capacity expected from 2036	2030	2036
Liander	OS DE WEEL 20-1i	88 / 54 MW	75.8 MW	Capacity expected from 2036	2026	2036
Liander	OS HAARLEMMERMEER 20-2i	88 / 139 MW	—	Capacity expected from 2036	2026	2036
Liander	OS NIEUW VENNEP 10-1i	36 / 45 MW	7.9 MW	Capacity expected from 2036	2032	2036
Liander	OS RUIGOORD 10-1i	41 / 35 MW	19 MW	Capacity expected from 2036	2033	2036
Liander	OS SNEEK 10-1i	57 / 44 MW	12.9 MW	Capacity expected from 2036	2036	—
Liander	Medemblik Transformator 1	0 / 1 MW	1.5 MW	Capacity expected from 2036	—	2036
Liander	OS 'S-GRAVELAND 10-1i	—	3.4 MW	Capacity expected from 2036	2029	2036
Liander	OS ALKMAAR 10-1i	40 / 40 MW	6.9 MW	Capacity expected from 2036	2035	2036
Liander	OS ANNA PAULOWNA 10-2i	44 / 29 MW	8.6 MW	Capacity expected from 2036	2032	2036
Liander	OS DEN HELDER DE SCHOOTEN 10-2i	44 / 18 MW	12.3 MW	Capacity expected from 2036	2032	2036
Liander	OS DEN HELDER VOGELWIJK 10-1i	20 / 14 MW	14.6 MW	Capacity expected from 2036	2032	2036
Liander	OS ENKHUIZEN 10-1i	36 / 32 MW	12.7 MW	Capacity expected from 2036	2034	2036
Liander	OS ENKHUIZEN 10-2i	36 / 23 MW	8.3 MW	Capacity expected from 2036	—	2036
Liander	OS HEERHUGOWAARD 50-1i	—	4.7 MW	Capacity expected from 2036	—	2036
Liander	OS Heiloo 10-1i + 10-2i	29 / 36 MW	3.6 MW	Capacity expected from 2036	2032	2036
Liander	OS HOORN GELDELOZEWEG 50-1i	—	8.3 MW	Capacity expected from 2036	2029	2036
Liander	OS HOORN HOLENWEG 10-1i	20 / 24 MW	5.2 MW	Capacity expected from 2036	2030	2036
Liander	OS HOORN HOLENWEG 10-2i	20 / 12 MW	3.5 MW	Capacity expected from 2036	2030	2036
Liander	OS MEDEMBLIK 10-1i	20 / 5 MW	2 MW	Capacity expected from 2036	—	2036
Liander	OS MEDEMBLIK 10-2i	20 / 16 MW	5.3 MW	Capacity expected from 2036	2027	2036
Liander	OS OTERLEEK 10-2i	23 / 24 MW	5.2 MW	Capacity expected from 2036	2030	2036
Liander	OS OTERLEEK 10-4i	23 / 23 MW	7.2 MW	Capacity expected from 2036	2030	2036
Liander	OS OUDORP 10-1i	36 / 40 MW	29 MW	Capacity expected from 2036	2033	2036
Liander	OS OUDORP 10-2i	19 / 17 MW	3.4 MW	Capacity expected from 2036	2033	2036
Liander	OS SCHAGEN 10-1i	—	8.6 MW	Capacity expected from 2036	2032	2036
Liander	OS SCHAGEN 10-2i	—	3.7 MW	Capacity expected from 2036	2032	2036
Liander	OS SCHAGEN 10-4i	18 / 5 MW	5 MW	Capacity expected from 2036	—	2036
Liander	OS TEXEL 10-1i	20 / 18 MW	14.1 MW	Capacity expected from 2036	2028	2036
Liander	OS UITGEEST 50-1i	—	4.1 MW	Capacity expected from 2036	2034	2036
Liander	OS ULKESLUIS 10-1i	20 / 14 MW	5.4 MW	Capacity expected from 2036	—	2036
Liander	OS WARMENHUIZEN 10-1i	36 / 32 MW	18.1 MW	Capacity expected from 2036	2032	2036
Liander	OS WERVERSHOOF 10-1i	68 / 27 MW	37 MW	Capacity expected from 2036	—	2036
Liander	OS WESTWOUD 10-4i	39 / 27 MW	31.3 MW	Capacity expected from 2036	2031	2036
Stedin	Heemstede	—	0 MW	Capacity expected from 2036	—	2036
Stedin	Appelstraat	38 / 48.2 MW	0.5 MW	Capacity expected from 2036	2036	2034
Stedin	Cartesiusstraat	38 / 41.7 MW	0 MW	Capacity expected from 2036	2036	2034
Stedin	Hengelolaan	12.4 / 14.1 MW	0.3 MW	Capacity expected from 2036	2036	2034
Stedin	Jan Wapstraat	38 / 50.5 MW	1.6 MW	Capacity expected from 2036	2036	2034
Stedin	Televisiestraat	19 / 18.4 MW	4 MW	Capacity expected from 2036	2036	2034
Coteq, Enexis	ODZ Oldenzaal	94.5 / 61.2 MW	11.2 MW	Capacity expected from 2035	2026	2035
Coteq, Enexis	AMLM Almelo Mosterdpot	83.6 / 82.9 MW	10.8 MW	Capacity expected from 2035	2029	2035
Coteq, Enexis	GO Goor	72.2 / 43.7 MW	4.5 MW	Capacity expected from 2035	2026	2035
Coteq, Enexis	AMLM - Almelo Mosterdpot	83.6 / 82.9 MW	10.8 MW	Capacity expected from 2035	2029	2035
Coteq, Enexis	GO - Goor	72.2 / 43.7 MW	4.5 MW	Capacity expected from 2035	2026	2035
Coteq, Enexis	ODZ - Oldenzaal	94.5 / 61.2 MW	11.2 MW	Capacity expected from 2035	2026	2035
Coteq, Enexis	AMLU Almelo Urenco	65.6 / 55 MW	6.5 MW	Capacity expected from 2035	2028	2035
Coteq, Enexis	AMLU - Almelo Urenco	65.6 / 55 MW	6.5 MW	Capacity expected from 2035	2028	2035
Enexis	DDV Dedemsvaart	43.2 / 21.8 MW	12.2 MW	Capacity expected from 2035	2026	2035
Enexis	DVTP Deventer Platvoet	62.4 / 55.7 MW	6.1 MW	Capacity expected from 2035	2028	2035
Enexis	ESDM Enschede Marssteden	41.8 / 21.2 MW	16.6 MW	Capacity expected from 2035	2026	2035
Enexis	GNBH Groningen Bornholmstraat	108.1 / 81.8 MW	15.5 MW	Capacity expected from 2035	2026	2035
Enexis	GNHK Groningen v. Heemskerckstraat	86.4 / 104.2 MW	60 MW	Capacity expected from 2035	—	2035
Enexis	LS Losser	41 / 21 MW	1.5 MW	Capacity expected from 2035	2026	2035
Enexis	VVL10 Vierverlaten	174.3 / 113.7 MW	43.5 MW	Capacity expected from 2035	2026	2035
Enexis	VLH Vollenhove	34 / 21.3 MW	11.4 MW	Capacity expected from 2035	2032	2035
Enexis	ESDH Enschede van Heekstraat	69.1 / 53.3 MW	10.8 MW	Capacity expected from 2035	2030	2035
Enexis	HBG Haaksbergen	41 / 33.1 MW	9.3 MW	Capacity expected from 2035	2030	2035
Enexis	HDB Hardenberg	51 / 45.2 MW	11.9 MW	Capacity expected from 2035	2027	2035
Enexis	KWD Kropswolde	123.5 / 88 MW	39 MW	Capacity expected from 2035	2029	2035
Enexis	NVD Nijverdal	87.2 / 41.2 MW	6.6 MW	Capacity expected from 2035	2026	2035
Enexis	TBG Tubbergen	45.2 / 20.7 MW	2.3 MW	Capacity expected from 2035	2026	2035
Enexis	ZLH Zwolle Hessenweg	90.7 / 70.1 MW	46 MW	Capacity expected from 2035	—	2035
Enexis	ZS Zwartsluis	65.5 / 48.2 MW	9.6 MW	Capacity expected from 2035	2026	2035
Enexis	OL Olst	43.2 / 21.6 MW	3 MW	Capacity expected from 2035	2026	2035
Enexis	VH Vroomshoop	72.3 / 54.8 MW	19.6 MW	Capacity expected from 2035	2028	2035
Enexis	GNBS Groningen Bloemsingel	41 / 35 MW	0.3 MW	Capacity expected from 2035	2026	2035
Enexis	GNHU Groningen Hunze	86.2 / 39.8 MW	2.1 MW	Capacity expected from 2035	2026	2035
Enexis	GLTK Gasselte Kraanlanden	117 / 56.1 MW	2.3 MW	Capacity expected from 2035	2026	2035
Enexis	WSMR Winsum Ranum	176.8 / 52.6 MW	12.2 MW	Capacity expected from 2035	2026	2035
Enexis	ESDV Enschede Vechtstraat	64.5 / 45.8 MW	5.9 MW	Capacity expected from 2035	2026	2035
Enexis	HGLB Hengelo Bolderhoek	38.3 / 39.5 MW	14.1 MW	Capacity expected from 2035	2028	2035
Enexis	HGLW Hengelo Weideweg	102 / 106.2 MW	32.7 MW	Capacity expected from 2035	2029	2035
Enexis	ISM IJsselmuiden	44.6 / 14.6 MW	21.5 MW	Capacity expected from 2035	2026	2035
Enexis	KP Kampen	49.6 / 46.9 MW	13.4 MW	Capacity expected from 2035	2029	2035
Enexis	MP Meppel	79.8 / 78.2 MW	26.7 MW	Capacity expected from 2035	—	2035
Enexis	ZLF Zwolle Frankhuisweg	65.6 / 74.4 MW	25.5 MW	Capacity expected from 2035	2029	2035
Enexis	ZLW Zwolle Weteringkade	88.2 / 81.6 MW	28.8 MW	Capacity expected from 2035	2031	2035
Enexis	ESDW Enschede Wesselbrink	43.6 / 45.8 MW	4.4 MW	Capacity expected from 2035	2029	2035
Enexis	OMD Ommen Dante	34.6 / 36.9 MW	13.7 MW	Capacity expected from 2035	2028	2035
Enexis	RT Raalte	53.5 / 55.2 MW	6.6 MW	Capacity expected from 2035	2027	2035
Enexis, Rendo	SW-Steenwijk	86 / 39.8 MW	8.3 MW	Capacity expected from 2035	2026	2035
Liander	OS DOETINCHEM 150kV TenneT	—	53.8 MW	Capacity expected from 2035	—	2035
Liander	OS DOETINCHEM 20-6i	88 / 31 MW	23.8 MW	Capacity expected from 2035	—	2035
Liander	OS DOETINCHEM 20-7i	88 / 66 MW	15.1 MW	Capacity expected from 2035	—	2035
Liander	OS EIBERGEN 10-3i	55 / 27 MW	10.3 MW	Capacity expected from 2035	—	2035
Liander	OS ELST 10-1i	69 / 45 MW	6.3 MW	Capacity expected from 2035	—	2035
Liander	OS HARSELAAR 10-1i	70 / 44 MW	6.9 MW	Capacity expected from 2035	—	2035
Liander	OS LELYSTAD 10-1i	38 / 18 MW	10.3 MW	Capacity expected from 2035	—	2035
Liander	OS TIEL 20-4i	90 / 7 MW	18 MW	Capacity expected from 2035	—	2035
Liander	OS ZEEWOLDE 20KV 20-7i	100 / 67 MW	37.2 MW	Capacity expected from 2035	—	2035
Liander	OS ZEEWOLDE 20KV 20-8i	88 / 6 MW	4.7 MW	Capacity expected from 2035	—	2035
Liander	OS ZUTPHEN 10-2i	—	3.2 MW	Capacity expected from 2035	—	2035
Liander	OS ZUTPHEN 20-3i	88 / 12 MW	63 MW	Capacity expected from 2035	—	2035
Liander	OS OOSTERHOUT 20-2i	88 / 23 MW	104.5 MW	Capacity expected from 2035	—	2035
Liander	OS ZALTBOMMEL 20-4i	94 / 24 MW	33.9 MW	Capacity expected from 2035	—	2035
Liander	OS ZEEWOLDE 10-1i	42 / 27 MW	8.8 MW	Capacity expected from 2035	—	2035
Liander	OS ZEEWOLDE 20KV 20-9i	—	69.4 MW	Capacity expected from 2035	—	2035
Liander	OS ZUIDBROEK 20-1i	88 / 25 MW	25.7 MW	Capacity expected from 2035	—	2035
Liander	OS DRUTEN 10-1i	44 / 36 MW	7.2 MW	Capacity expected from 2035	—	2035
Liander	OS ULFT 10-1i	69 / 37 MW	5.8 MW	Capacity expected from 2035	—	2035
Liander	OS ULFT 20-3i	46 / 13 MW	76.7 MW	Capacity expected from 2035	2034	2035
Liander	OS ZUTPHEN 10-1i	57 / 30 MW	13.5 MW	Capacity expected from 2035	—	2035
Liander	OS DOETINCHEM 10-3i	69 / 62 MW	4.5 MW	Capacity expected from 2035	—	2035
Liander	OS EDE 10-1i	44 / 34 MW	3.9 MW	Capacity expected from 2035	—	2035
Liander	OS ELST 10-2i	46 / 34 MW	7.9 MW	Capacity expected from 2035	—	2035
Liander	OS HARDERWIJK 10-1i	48 / 47 MW	13.3 MW	Capacity expected from 2035	—	2035
Liander	OS HARDERWIJK 10-2i	73 / 67 MW	9.8 MW	Capacity expected from 2035	—	2035
Liander	OS RENKUM 10-1i	55 / 43 MW	14.1 MW	Capacity expected from 2035	—	2035
Liander	OS DRONTEN 10-1i	72 / 57 MW	9.5 MW	Capacity expected from 2035	—	2035
Liander	OS EDE 10-2i	69 / 73 MW	22.7 MW	Capacity expected from 2035	—	2035
Liander	OS EERBEEK 10-1i + 10-2i	69 / 70 MW	25 MW	Capacity expected from 2035	—	2035
Liander	OS PAMPUS 10-1i	72 / 62 MW	19.7 MW	Capacity expected from 2035	—	2035
Liander	OS VAASSEN 10-1i	42 / 34 MW	6.6 MW	Capacity expected from 2035	—	2035
Liander	OS WINTERSWIJK 10-1i	57 / 43 MW	9.2 MW	Capacity expected from 2035	—	2035
Liander	OS ZALTBOMMEL 10-2i	58 / 27 MW	12 MW	Capacity expected from 2035	—	2035
Liander	OS ZALTBOMMEL 20-5i	94 / 25 MW	38.8 MW	Capacity expected from 2035	—	2035
Liander	OS ZEVENAAR 10-1i	64 / 48 MW	6.2 MW	Capacity expected from 2035	—	2035
Liander	OS BORCULO 20-3i	85 / 27 MW	54.7 MW	Capacity expected from 2035	—	2035
Liander	OS ARNHEM 10-1i	72 / 64 MW	18 MW	Capacity expected from 2035	2035	2035
Liander	OS SINT ANNAMOLEN 10-1i	32 / 29 MW	3.4 MW	Capacity expected from 2035	—	2035
Liander	OS WINSELINGSEWEG 10-1i	65 / 48 MW	10.7 MW	Capacity expected from 2035	—	2035
Liander	OS WINSELINGSEWEG 10-2i	27 / 15 MW	4.8 MW	Capacity expected from 2035	—	2035
Liander	OS WINSELINGSEWEG 10-3i	33 / 27 MW	13.6 MW	Capacity expected from 2035	2029	2035
Liander	OS ZUILICHEM 20-1i	88 / 49 MW	59.9 MW	Capacity expected from 2035	2033	2035
Liander	OS WAGENINGEN 10-1i	32 / 28 MW	9.2 MW	Capacity expected from 2035	—	2035
Liander	OS OOSTERHOUT 20-1i	88 / 47 MW	67.4 MW	Capacity expected from 2035	2032	2035
Liander	OS TEERSDIJK 10-2i	65 / 50 MW	24.2 MW	Capacity expected from 2035	2030	2035
Liander	OS TIEL 10-2i	37 / 31 MW	35.8 MW	Capacity expected from 2035	2032	2035
Liander	OS ALMERE 10-1i	59 / 67 MW	8.7 MW	Capacity expected from 2035	2030	2035
Liander	OS APELDOORN 10-1i	57 / 47 MW	9.8 MW	Capacity expected from 2035	—	2035
Liander	OS DOETINCHEM 10-5i	49 / 36 MW	10.4 MW	Capacity expected from 2035	2026	2035
Liander	OS DUKENBURG 10-1i	36 / 35 MW	5.3 MW	Capacity expected from 2035	2031	2035
Liander	OS FRANKENENG 10-1i	29 / 27 MW	11.8 MW	Capacity expected from 2035	2029	2035
Liander	OS HARSELAAR 20-3i	94 / 76 MW	78.2 MW	Capacity expected from 2035	2029	2035
Liander	OS KATTENBERG (D 219) 10-1i	33 / 28 MW	8.6 MW	Capacity expected from 2035	2029	2035
Liander	OS LEIDEN NOORD 10-1i	70 / 61 MW	14.5 MW	Capacity expected from 2035	2035	2034
Liander	OS NIJKERK 10-1i	33 / 27 MW	7 MW	Capacity expected from 2035	2030	2035
Liander	OS NUNSPEET 10-1i	32 / 26 MW	5.8 MW	Capacity expected from 2035	2029	2035
Liander	OS OOSTERBEEK 10-1i	34 / 18 MW	6.8 MW	Capacity expected from 2035	—	2035
Liander	OS PRESIKHAAF 10-1i	44 / 25 MW	3.7 MW	Capacity expected from 2035	—	2035
Liander	OS PRESIKHAAF 10-2i	29 / 24 MW	9.5 MW	Capacity expected from 2035	2030	2035
Liander	OS ZEVENAAR 10-3i	64 / 60 MW	39.2 MW	Capacity expected from 2035	2029	2035
Liander	OS DE VAART 10-1i	69 / 41 MW	16.4 MW	Capacity expected from 2035	2031	2035
Liander	OS DE VAART 10-3i	57 / 16 MW	19.3 MW	Capacity expected from 2035	2031	2035
Liander	OS HATTEM 10-1i	60 / 45 MW	35.2 MW	Capacity expected from 2035	2028	2035
Liander	OS LOCHEM 10-1i	46 / 33 MW	19.6 MW	Capacity expected from 2035	2028	2035
Liander	OS NIJKERK 10-2i	33 / 27 MW	2.6 MW	Capacity expected from 2035	2030	2035
Liander	OS WOUDHUIS 10-1i	73 / 29 MW	15.2 MW	Capacity expected from 2035	2032	2035
Liander	OS WOUDHUIS 10-2i	73 / 29 MW	4.2 MW	Capacity expected from 2035	2032	2035
Liander	OS ZALTBOMMEL 10-1i	64 / 47 MW	19.1 MW	Capacity expected from 2035	2035	2035
Liander	OS ZUIDERVELD 10-1i	69 / 63 MW	22 MW	Capacity expected from 2035	2029	2035
Liander	OS CULEMBORG 10-1i	49 / 39 MW	24.3 MW	Capacity expected from 2035	2035	2035
Liander	OS CULEMBORG 10-2i	18 / 11 MW	0.9 MW	Capacity expected from 2035	2035	2035
Liander	OS CULEMBORG 10-9i	12 / 12 MW	6.8 MW	Capacity expected from 2035	2035	2035
Liander	OS DALE 10-1i	57 / 68 MW	9.4 MW	Capacity expected from 2035	2033	2035
Liander	OS DODEWAARD 10-1i	48 / 38 MW	4.3 MW	Capacity expected from 2035	2033	2035
Liander	OS DODEWAARD 10-3i	48 / 10 MW	36.4 MW	Capacity expected from 2035	2033	2035
Liander	OS NUNSPEET 10-2i	29 / 33 MW	14.5 MW	Capacity expected from 2035	2029	2035
Liander	OS TEERSDIJK 10-1i	55 / 49 MW	41 MW	Capacity expected from 2035	2029	2035
Liander	OS PLATVOET 10-1i	—	0.8 MW	Capacity expected from 2035	—	2035
Liander	OS TIEL 10-1i	37 / 41 MW	19.1 MW	Capacity expected from 2035	2029	2035
Liander	VLH DE VOORST 61 10-1i	—	14.6 MW	Capacity expected from 2035	—	2035
Stedin	Breukelen	—	3 MW	Capacity expected from 2035	—	2035
Stedin	Leusden	—	4.7 MW	Capacity expected from 2035	—	2035
Stedin	Nieuwegein	—	48.8 MW	Capacity expected from 2035	—	2035
Stedin	Bunschoten	—	4.1 MW	Capacity expected from 2035	—	2035
Stedin	Soest de Zoom	—	7.7 MW	Capacity expected from 2035	—	2035
Stedin	Jutphaas	—	0.9 MW	Capacity expected from 2035	—	2035
Stedin	Amersfoort 4	—	6 MW	Capacity expected from 2035	—	2035
Stedin	Amersfoort 3	—	5.6 MW	Capacity expected from 2035	—	2035
Stedin	Soest 2	—	7.5 MW	Capacity expected from 2035	—	2035
Stedin	Vinkeveen	—	3.4 MW	Capacity expected from 2035	—	2035
Stedin	Amersfoort 5	—	0 MW	Capacity expected from 2035	—	2035
Stedin	Baarn	—	0 MW	Capacity expected from 2035	—	2035
Stedin	Terneuzen Zuid	—	11.9 MW	Capacity expected from 2035	—	2035
Stedin	Goes de Poel	—	38.2 MW	Capacity expected from 2035	—	2035
Stedin	Westdorpe	—	71.1 MW	Capacity expected from 2035	—	2035
Stedin	Kruiningen	—	0 MW	Capacity expected from 2035	—	2035
Stedin	Oostburg	—	11.6 MW	Capacity expected from 2035	—	2035
Stedin	Middelburg	—	6.8 MW	Capacity expected from 2035	—	2035
Stedin	Borssele	—	68.6 MW	Capacity expected from 2035	—	2035
Stedin	Willem-Annapolder	—	1.5 MW	Capacity expected from 2035	—	2035
Stedin	Zeist West	—	1.4 MW	Capacity expected from 2035	—	2035
Stedin	Doorn	—	0 MW	Capacity expected from 2035	—	2035
Stedin	Vreeswijk	—	4.8 MW	Capacity expected from 2035	—	2035
Stedin	Lopik	—	0 MW	Capacity expected from 2035	—	2035
Stedin	Veenendaal 2	—	6.3 MW	Capacity expected from 2035	—	2035
Stedin	Amersfoort 1	—	6 MW	Capacity expected from 2035	—	2035
Stedin	Amersfoort 2	—	3.3 MW	Capacity expected from 2035	—	2035
Stedin	Nieuwegein	—	0 MW	Capacity expected from 2035	—	2035
Stedin	IJsselstein	—	4.8 MW	Capacity expected from 2035	—	2035
Stedin	Mijdrecht	—	0 MW	Capacity expected from 2035	—	2035
Stedin	Houten	—	0 MW	Capacity expected from 2035	—	2035
Stedin	U. Sorbonnelaan	—	0 MW	Capacity expected from 2035	—	2035
Stedin	Utrecht Zuid	360 / 503.4 MW	28.1 MW	Capacity expected from 2035	2034	2035
Stedin	Hardinxveld	232.2 / 259.1 MW	28.9 MW	Capacity expected from 2035	2035	—
Stedin	Cambron	—	7.6 MW	Capacity expected from 2035	—	2035
Stedin	Goes Evertsenstraat	—	1.5 MW	Capacity expected from 2035	—	2035
Stedin	Wijk bij Duurstede	—	1.6 MW	Capacity expected from 2035	—	2035
Stedin	Terneuzen Braakman- en Buitenhaven	—	37.2 MW	Capacity expected from 2035	2028	2035
Stedin	Rilland	—	2.5 MW	Capacity expected from 2035	2035	2035
Stedin	Schouwen en Zierikzee	—	10.1 MW	Capacity expected from 2035	2032	2035
Stedin	Oudenrijn	45 / 49.4 MW	6 MW	Capacity expected from 2035	2029	2035
Stedin	Amersfoort 5	40 / 43.8 MW	10.4 MW	Capacity expected from 2035	2029	2035
Stedin	Bilthoven	40 / 73.2 MW	6.8 MW	Capacity expected from 2035	2035	2035
Stedin	Mijdrecht	28 / 42.1 MW	5.9 MW	Capacity expected from 2035	2033	2035
Stedin	Maarssenbroek	40 / 44.2 MW	7.9 MW	Capacity expected from 2035	2030	2035
Stedin	Baarn	28 / 31.3 MW	1.8 MW	Capacity expected from 2035	2029	2035
Stedin	Veenendaal	59.3 / 63 MW	9 MW	Capacity expected from 2035	2031	2035
Stedin	Utrecht Lage Weide	360 / 503.4 MW	28.1 MW	Capacity expected from 2035	2034	2035
Stedin	Doorn	20.4 / 30.5 MW	2.4 MW	Capacity expected from 2035	2032	2035
Stedin	Montfoort	27 / 46.4 MW	12.2 MW	Capacity expected from 2035	2028	2035
Stedin	Lopik	27 / 46.4 MW	2.5 MW	Capacity expected from 2035	2028	2035
Stedin	Walcheren Noord	18 / 22.5 MW	6.8 MW	Capacity expected from 2035	2028	2035
Enexis	BEEK Beek	43.2 / 39.2 MW	21.2 MW	Capacity expected from 2034	2029	2034
Enexis	BELF Belfeld	86.4 / 43.6 MW	12.6 MW	Capacity expected from 2034	2026	2034
Enexis	BLER Blerick	122.4 / 96.6 MW	43.1 MW	Capacity expected from 2034	2031	2034
Enexis	BOEK Boekend	195.2 / 39.5 MW	84.4 MW	Capacity expected from 2034	2026	2034
Enexis	BORN Born	140.8 / 62.9 MW	72.7 MW	Capacity expected from 2034	2030	2034
Enexis	BOSP Boschpoort	43.2 / 24.6 MW	9.4 MW	Capacity expected from 2034	2026	2034
Enexis	CALF Californië	79.5 / 37.2 MW	0.4 MW	Capacity expected from 2034	2026	2034
Enexis	CU Cuijk	41.5 / 26.7 MW	20.2 MW	Capacity expected from 2034	2033	2034
Enexis	GENN Gennep	86.4 / 37.2 MW	4.4 MW	Capacity expected from 2034	2026	2034
Enexis	HELD Helden	172.8 / 36.5 MW	40.2 MW	Capacity expected from 2034	2026	2034
Enexis	HRST Horst	102.4 / 57.5 MW	64.6 MW	Capacity expected from 2034	2031	2034
Enexis	HUSK Huskensweg	66.1 / 50.8 MW	11.9 MW	Capacity expected from 2034	—	2034
Enexis	LIMM Limmel	237.3 / 97.1 MW	62.8 MW	Capacity expected from 2034	2026	2034
Enexis	LUTT Lutterade	88.8 / 85.1 MW	15.7 MW	Capacity expected from 2034	2027	2034
Enexis	MLBK Maalbroek	65.7 / 63.6 MW	11.7 MW	Capacity expected from 2034	—	2034
Enexis	MRUM Merum	129.2 / 36.4 MW	31.8 MW	Capacity expected from 2034	2026	2034
Enexis	MSBT Maasbracht	92.8 / 65.6 MW	21 MW	Capacity expected from 2034	2028	2034
Enexis	RMND Roermond	36.6 / 33.9 MW	1.8 MW	Capacity expected from 2034	2034	2034
Enexis	SBRN Schoonbron	77.1 / 59 MW	5.8 MW	Capacity expected from 2034	2026	2034
Enexis	TERW Terwinselen	156.9 / 116.8 MW	58 MW	Capacity expected from 2034	2032	2034
Enexis	TRBK Treebeek	65.8 / 67.8 MW	13.5 MW	Capacity expected from 2034	—	2034
Enexis	VENR Venray	203.9 / 104.4 MW	72.9 MW	Capacity expected from 2034	2026	2034
Enexis	WRTH Weertheide	78.2 / 57.1 MW	10.9 MW	Capacity expected from 2034	2026	2034
Enexis	WVV Wittevrouwenveld	36.6 / 33.3 MW	9.9 MW	Capacity expected from 2034	—	2034
Enexis	HPS Haps	92 / 87 MW	54.6 MW	Capacity expected from 2034	2034	2034
Enexis	KELP Kelpen	18.1 / 18.4 MW	9.2 MW	Capacity expected from 2034	2027	2034
Enexis	NEDW Nederweert	136.6 / 53.7 MW	20.7 MW	Capacity expected from 2034	2026	2034
Liander	OS ZOETERWOUDE 10-2i	30 / 28 MW	2.2 MW	Capacity expected from 2034	—	2034
Liander	OS NIEUWKOOP 10-1i	48 / 21 MW	5.9 MW	Capacity expected from 2034	—	2034
Liander	OS ZEVENHUIZEN 10-1i	30 / 21 MW	5.6 MW	Capacity expected from 2034	—	2034
Liander	OS ALPHEN CENTRUM 10-1i	47 / 21 MW	3.8 MW	Capacity expected from 2034	2029	2034
Liander	OS ALPHEN CENTRUM 10-2i	23 / 20 MW	3.7 MW	Capacity expected from 2034	2029	2034
Liander	OS KATWIJK 10-2i	22 / 19 MW	7 MW	Capacity expected from 2034	2031	2034
Liander	OS KATWIJK 10-3i	22 / 19 MW	1.3 MW	Capacity expected from 2034	—	2034
Liander	OS LEIDEN ZUID WEST 10-1i	40 / 39 MW	10.5 MW	Capacity expected from 2034	2030	2034
Liander	OS LEIDERDORP 10-1i	22 / 24 MW	2.2 MW	Capacity expected from 2034	2030	2034
Liander	OS LISSE 10-1i	44 / 20 MW	3 MW	Capacity expected from 2034	—	2034
Liander	OS LISSE 10-2i	22 / 7 MW	—	Capacity expected from 2034	—	2034
Liander	OS NOORDWIJK 10-1i	22 / 20 MW	1.9 MW	Capacity expected from 2034	2031	2034
Liander	OS RIJKSUNIVERSITEIT LEIDEN 10-1i	22 / 23 MW	1.1 MW	Capacity expected from 2034	2030	2034
Liander	OS RIJKSUNIVERSITEIT LEIDEN 10-2i	44 / 47 MW	6.9 MW	Capacity expected from 2034	2030	2034
Liander	OS RIJNSBURG 10-1i	44 / 30 MW	5.9 MW	Capacity expected from 2034	—	2034
Liander	OS SASSENHEIM 10-1i	29 / 10 MW	—	Capacity expected from 2034	2031	2034
Liander	OS WASSENAAR 10-1i	44 / 22 MW	4.1 MW	Capacity expected from 2034	—	2034
Liander	OS DRACHTEN 10-2i	50 / 43 MW	4.9 MW	Capacity expected from 2034	2034	—
Liander	OS HILLEGOM 10-1i	23 / 22 MW	3.3 MW	Capacity expected from 2034	2031	2034
Liander	OS LEIMUIDEN 10-2i	35 / 26 MW	3.5 MW	Capacity expected from 2034	—	2034
Liander	OS SASSENHEIM 10-2i	42 / 33 MW	7.9 MW	Capacity expected from 2034	2031	2034
Liander	OS ALPHEN WEST 10-1i	42 / 43 MW	69 MW	Capacity expected from 2034	2027	2034
Liander	OS DRACHTEN 10-1i	45 / 54 MW	14.4 MW	Capacity expected from 2034	2034	—
Liander	OS ZEVENHUIZEN 10-2i	30 / 27 MW	3.7 MW	Capacity expected from 2034	2027	2034
Stedin	Rotterdam Centrum	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Franklinstraat	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Grindweg	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Schiedam Oost	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Schiedam Noord	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Hengelolaan	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Treubstraat	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Vleerstraat	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Pijnacker 2	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Bleiswijk 2	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Pijnacker 4	—	1.6 MW	Capacity expected from 2034	—	2034
Stedin	Pijnacker - De Boezem	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Vlaggemanstraat	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Vlaardingen Oost	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Spaanse Polder Keens.	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Van Alkemadestraat	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Delft 3	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Leidschenveen	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Bloemendaal	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Kortenoord	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Zoetermeer 17	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Delft 2	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Delft 11 Technopolis	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Delft 4	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Carnissebaan	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Langeland Zuid	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Waaiersluis	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Delft 1	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Zoetermeer 9	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Ommoord	—	4.2 MW	Capacity expected from 2034	—	2034
Stedin	Ypenburg	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Vierhavensstraat	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Putselaan	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Gruttostraat	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Vlaardingen West	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Schiedam West	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Koedood	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Hoofdweg	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Schiebroek Enckev.ln	—	0 MW	Capacity expected from 2034	—	2034
Stedin	IJsselmonde	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Capelle Noord	—	0 MW	Capacity expected from 2034	—	2034
Stedin	ROCA Capelseweg	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Delft 6	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Delft 7	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Dr. Zamenhofstraat	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Zoetermeer 1	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Zoetermeer 2	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Zoetermeer 3	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Zoetermeer 7	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Zoetermeer 8	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Zoetermeer 12	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Zoetermeer 13	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Anna van Buerenstraat	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Boutensstraat	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Jan Wapstraat	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Laagveen	—	0 MW	Capacity expected from 2034	—	2034
Stedin	van Diepenburchstraat	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Wegastraat	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Zoetermeer 14	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Zoetermeer 15	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Bolwerk	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Zoetermeer 16	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Pijnacker 1	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Berkel 1	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Berkel 2	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Nootdorp 1	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Zoetermeer 19	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Bergschenhoek	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Pijnacker 3	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Nootdorp 2	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Rotterdam Airport	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Slikkerveer	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Waddinxveen	—	3.9 MW	Capacity expected from 2034	—	2034
Stedin	Zuidplas	—	3.8 MW	Capacity expected from 2034	—	2034
Stedin	Bleiswijk - Bergschenhoek	—	1.1 MW	Capacity expected from 2034	—	2034
Stedin	Berkel en Rodenrijs - Noordeinde	—	—	Capacity expected from 2034	—	2034
Stedin	Waddinxveen - Piet Stuurmanweg	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Waddinxveen - Doelwijk	—	0 MW	Capacity expected from 2034	—	2034
Stedin	Botlek-Zuid Havengebied Rotterdam	—	24.2 MW	Capacity expected from 2034	2034	2032
Stedin	Woerden	30.4 / 37.4 MW	8.8 MW	Capacity expected from 2034	2029	2034
Stedin	Den Haag Centrum-Noordwest, Scheveningen, Duindorp	100 / 110.9 MW	33.6 MW	Capacity expected from 2034	2033	2034
Stedin	Gouda-Noord, Bodegraven-Reeuwijk	29.4 / 39.5 MW	7 MW	Capacity expected from 2034	2029	2034
Stedin	Langeland	117 / 165 MW	0.7 MW	Capacity expected from 2034	2031	2034
Stedin	Noordsingel	34.2 / 41.5 MW	4.2 MW	Capacity expected from 2034	2034	2034
Stedin	Zuidwijk	120 / 147.8 MW	13.2 MW	Capacity expected from 2034	2031	2034
Stedin	Boutenstraat	38 / 41 MW	0.8 MW	Capacity expected from 2034	2034	2034
Stedin	Berkel en Rodenrijs; Kleihoogt; Centrum Noord	10 / 10.2 MW	—	Capacity expected from 2034	2028	2034
Stedin	Nootdorp en Ypenburg-Oost	18.8 / 18 MW	1.7 MW	Capacity expected from 2034	2032	2034
Stedin	Stompwijk en Leidschendam-Zuid	34.2 / 41.5 MW	0 MW	Capacity expected from 2034	2034	2034
Liander	Lemmer 10kV	36 / 39 MW	8.7 MW	Capacity expected from 2033	2033	—
Liander	OS LEMMER 20-4i	88 / 62 MW	11.6 MW	Capacity expected from 2033	2033	—
Stedin	Dordrecht Centrum en Oost	36.7 / 85.5 MW	1.6 MW	Capacity expected from 2033	2033	—
Liander	OS LEEUWARDEN 10-4i	57 / 51 MW	16.2 MW	Capacity expected from 2032	2032	—
Liander	OS HERBAYUM 10-1i	39 / 32 MW	13.5 MW	Capacity expected from 2032	2032	—
Stedin	Botlek	—	0 MW	Capacity expected from 2032	—	2032
Stedin	Hoogvliet	—	5.2 MW	Capacity expected from 2032	—	2032
Stedin	Europoort	—	90.5 MW	Capacity expected from 2032	—	2032
Stedin	Gerbrandyweg	—	90.5 MW	Capacity expected from 2032	—	2032
Stedin	Oudeland	—	48.3 MW	Capacity expected from 2032	—	2032
Stedin	Boomgaardshoek	—	0.3 MW	Capacity expected from 2032	—	2032
Stedin	Europoort Havengebied Rotterdam en omliggende gemeenten	—	132.2 MW	Capacity expected from 2032	2030	2032
Stedin	Hellevoetsluis, Westvoorne Zuid en buitengebieden	—	15.6 MW	Capacity expected from 2032	2029	2032
Stedin	Rotterdamse Haven, Voorne aan Zee en omliggende gemeenten	—	5.3 MW	Capacity expected from 2032	2029	2032
Stedin	Spijkenisse en buitengebied	39 / 46.5 MW	4.2 MW	Capacity expected from 2032	2031	2032
Enexis	VO Veenoord	23.9 / 21.7 MW	16 MW	Capacity expected from 2031	2031	—
Liander	OS LUTTELGEEST 20-1i	91 / 86 MW	—	Capacity expected from 2031	2031	—
Liander	OS SCHENKENSCHANS 10-1i	33 / 28 MW	14.1 MW	Capacity expected from 2031	2031	—
Liander	OS DOKKUM 10-1i	22 / 13 MW	—	Capacity expected from 2031	2031	—
Liander	OS DOKKUM 20kV 20-1i	55 / 44 MW	33.9 MW	Capacity expected from 2031	2031	—
Liander	OS EMMELOORD 10-1i	46 / 24 MW	7.6 MW	Capacity expected from 2031	2031	—
Liander	OS EMMELOORD 20-5i	88 / 51 MW	27.4 MW	Capacity expected from 2031	2031	—
Stedin	Alblasserwaard-Oost, Vijfheerenlanden en West Betuwe-Noordwest ('Arkel')	175 / 247 MW	57.2 MW	Capacity expected from 2031	2031	—
Stedin	Hoeksche Waard & Zuidelijk Dordrecht	153.9 / 184.8 MW	41.4 MW	Capacity expected from 2031	2031	—
Enexis	BGMR Bargermeer	94.1 / 70.1 MW	20.3 MW	Capacity expected from 2030	2030	—
Enexis	EMW Emmen Weerdinge	45.5 / 41.2 MW	5.1 MW	Capacity expected from 2030	2030	—
Liander	OS HERBAYUM 10-2i	23 / 27 MW	—	Capacity expected from 2030	2030	—
Liander	OS MARNEZIJL 20-3i	62 / 34 MW	—	Capacity expected from 2029	2029	—
Liander	OS BERGUM CENTRALE 10-2i	17 / 32 MW	3.3 MW	Capacity expected from 2028	2028	—
Liander	OS OUDEHASKE 10-1i	44 / 24 MW	25.1 MW	Capacity expected from 2027	2027	—
Liander	OS OUDEHASKE 10-2i	37 / 18 MW	—	Capacity expected from 2027	2027	—
Liander	OS GORREDIJK 20-2i	91 / 19 MW	14.4 MW	Capacity expected from 2027	2027	—
Stedin	Albasserdam Molenlanden West (Zwarte Paard)	26.1 / 30.8 MW	1.7 MW	Capacity expected from 2027	2027	—
Enexis	BL Beilen	172.8 / 68 MW	18.2 MW	Capacity expected from 2026	2026	—
Enexis	CVD Coevorden	156.6 / 59.2 MW	21.8 MW	Capacity expected from 2026	2026	—
Enexis	KZVZ Klazienaveen ZWET	41.8 / 16.6 MW	0.4 MW	Capacity expected from 2026	2026	—
Enexis	MSKZ Musselkanaal-Zandberg	129.6 / 65.3 MW	10.1 MW	Capacity expected from 2026	2026	—
Enexis	EHAVO Eemshaven-Oost 20 kV	149.8 / 78.1 MW	0.1 MW	Capacity expected from 2026	2026	—
Enexis	WEW Weiwerd	518 / 203.9 MW	13.7 MW	Capacity expected from 2026	2026	—
Enexis	VDM Veendam	155.4 / 61.2 MW	7.2 MW	Capacity expected from 2026	2026	—
Enexis, Rendo	HGV-Hoogeveen	103.8 / 86.1 MW	42 MW	Capacity expected from 2026	2026	—
Enexis, Rendo	HGV Hoogeveen	103.8 / 86.1 MW	42 MW	Capacity expected from 2026	2026	—
Enexis	BBS Biesbosch	—	—	No reading	—	—
Enexis	EHAVM Eemshaven-Midden 20 kV	—	—	No reading	—	—
Enexis	PCH Princenhage	—	—	No reading	—	—
Enexis	WS Winschoten	58 / — MW	3.4 MW	Congested, no end date	—	—
Enexis	MEE Meeden	172.8 / 166.4 MW	13.9 MW	Congested, no end date	—	—
Enexis	HEER Heer	—	—	No reading	—	—
Enexis	MAK Marsdijk	56.4 / — MW	18.6 MW	Congested, no end date	—	—
Enexis	BUGG Buggenum	—	—	No reading	—	—
Enexis	DVTB Deventer Bergweide	—	—	No reading	—	—
Enexis	RS Rijssen	—	—	No reading	—	—
Enexis	SKN Stadskanaal	113.5 / — MW	4 MW	Congested, no end date	—	—
Enexis	ZYV Zeijerveen	36.4 / 73.3 MW	5.3 MW	Congested, no end date	—	—
Enexis, Rendo	SW Steenwijk	—	—	No reading	—	—
Liander	OS BERGUM KOUMARWEI 20-1i	88 / 8 MW	—	Capacity free now	—	—
Liander	OS HERBAYUM 20KV 20-2i	65 / 43 MW	—	Capacity free now	—	—
Liander	OS HEERENVEEN 10-1i	55 / 34 MW	8.5 MW	Congested, no end date	—	—
Liander	OS OOSTERWOLDE 10-1i	36 / 27 MW	5.5 MW	Congested, no end date	—	—
Liander	OS OUDEHASKE 20-4i	91 / 71 MW	7.1 MW	Congested, no end date	—	—
Liander	OS OUDEHASKE 20-5i	91 / 51 MW	—	Congested, no end date	—	—
Liander	OS SCHENKENSCHANS 10-9i	40 / 9 MW	1.5 MW	Congested, no end date	—	—
Liander	Emmeloord inst. 2+3	44 / 38 MW	16.7 MW	Congested, no end date	—	—
Liander	OS MARNEZIJL 10-2i	18 / 6 MW	0.5 MW	Congested, no end date	—	—
Liander	OS RAUWERD 10-1i	17 / 12 MW	0.9 MW	Congested, no end date	—	—
Liander	OS SCHENKENSCHANS 10-2i	29 / 25 MW	—	Congested, no end date	—	—
Liander	OS WOLVEGA 10-2i	55 / 29 MW	5.3 MW	Congested, no end date	—	—
Liander	OS HERBAYUM 20KV 20-1i	65 / 21 MW	3.9 MW	Congested, no end date	—	—
Liander	OS LEEUWARDEN 10-1i	53 / 43 MW	9.8 MW	Congested, no end date	—	—
Liander	OS BERGUM CENTRALE 10-1i	45 / 27 MW	5.9 MW	Congested, no end date	—	—
Stedin	Middelharnis	—	—	No reading	—	—
Stedin	Maassluis 1	—	0 MW	Congested, no end date	—	—
Stedin	Maassluis 2	—	0 MW	Congested, no end date	—	—
Stedin	Yangtzekanaal	—	0 MW	Congested, no end date	—	—
Stedin	Sas van Gent	—	—	No reading	—	—
Stedin	Noordring (Schouwen-Duiveland en Tholen)	—	14.7 MW	Congested, no end date	—	—
Stedin	Krimpenerwaard	—	—	No reading	—	—
Stedin	Leerdam	—	0 MW	Congested, no end date	—	—
Stedin	Papendrecht	—	0 MW	Congested, no end date	—	—
Stedin	Stellendam	—	—	No reading	—	—
Stedin	Vlissingen-Oost Havens 9350-9990	—	—	No reading	—	—
Stedin	Waalhaven	—	—	No reading	—	—
Stedin	Maasvlakte	—	0 MW	Congested, no end date	—	—
Stedin	Maasvlakte s1	—	0 MW	Congested, no end date	—	—
Stedin	Vlissingen	—	—	No reading	—	—
Stedin	Veenendaal 1	—	—	No reading	—	—
Stedin	Zeist	—	—	No reading	—	—
Stedin	Delft 10	—	—	No reading	—	—
Stedin	Zoetermeer 4	—	—	No reading	—	—
Stedin	Noordsingel	—	—	No reading	—	—
Stedin	Broekvelden	—	—	No reading	—	—
Stedin	Houten-Oost	—	—	No reading	—	—
Stedin	Reimerswaal West	—	—	No reading	—	—
Stedin	Staart van Zuid-Beveland, oostelijk Tholen en St. Philipsland	—	—	No reading	—	—
Stedin	Waarder en Driebruggen	—	—	No reading	—	—
Stedin	Driebergen	—	—	No reading	—	—
Stedin	Laagveen	—	—	No reading	—	—
Stedin	Utrecht Merwede Kanaal	—	—	No reading	—	—
Stedin	Gedeelte Drechtsteden en centraal Molenlanden	—	0 MW	Congested, no end date	—	—
Westland	De Lier	315 / 104 MW	0 MW	Capacity free now	—	—
Westland	Westerlee	378 / 240 MW	0 MW	Capacity free now	—	—

Why the map and the figures diverge

The national capacity map's layer carries four status levels per area and no capacity figure at all. The dataset underneath it does carry them: present and required transport capacity in MW, the queue in MW, and how many parties are in it.

That gap is not academic. An area with no published figures falls back to green on the official map, even with a queue behind it. This map only colours green when the figures support it, and grey when they are missing.

What you can do without waiting

A battery behind your meter makes you less dependent on what the grid can deliver right now. It holds your draw from the network flat while giving you more power behind the meter than your contract covers.

If you already have a connection, that is a matter of months rather than years. A new connection takes longer, but still far less than the queue on this map. Request a capacity check to see what it means for your situation.

What does this mean for your site?

Request a capacity check: we work out which system fits your connection and what it returns.

Request a capacity check