I’m gonna commit to this. How does this work? I looked and according to the Internet TenneT is the sole operator of the national electrical grid in the Netherlands. Do you have 52 power lines running to your home? What do these companies do if they don’t actually produce the electricity or operate the grid?
I have precisely one power company that services about 5 million residents here where I live. No other options. This is the case for almost all Americans as far as I’m aware, outside of a few specific municipality-run power organizations, but those are exceedingly rare.
In Australia, and I assume the Netherlands, the transmission network is separately owned and run by government corporations. While multiple private companies are allowed to generate power and sell to customers on the government owned grid.
Interesting, I’ve never heard of this before but I suspect you’re right. Was it always this way in Australia? I can’t for the life of me figure out how America could be convinced to make its way towards this, but this sort of arrangement seems like a pretty ideal middle-ground.
How does this work? I looked and according to the Internet TenneT is the sole operator of the national electrical grid in the Netherlands. Do you have 52 power lines running to your home?
TenneT runs the what is called the ‘koppelnet’ (linking network). This is a high-voltage network that links the power stations together and also links to the europe-wide electrical high voltage network. Locally, the distribution networks form the link between the high-voltage net and your home. It first goes to a medium-voltage network and finally a low-voltage network. In my case the distribution network is owned by Enexis.
Neither Enexis or TenneT produce power. TenneT is owned by the government, Enexis is a private company but these are heavily regulated (e.g. there are caps on how much profit they are allowed to make).
As a consumer, you pay a fixed amount per day for use of the distribution network. You pay this through your normal energy bill. This is specified separately on the bill. In my case this means I pay €426,95 a year to Enexis. This fee is purely based on the size of my connection to the grid, in my case 3 phase 25 amps. It doesn’t change if I use more or less power.
As for where my electricity comes from? I don’t know, because it changes constantly and with how electricity works, I’m not even sure if this question makes sense. All power producers together keep the grid supplied with enough power. Power stations across the country are linked together and how the generated power is distributed is monitored and adjusted constantly. This also includes capacity from other European countries, as those grids are linked too.
Lots of people have solar panels nowadays and if they produce more than they need they can supply that back to the grid as well and get paid for it (it basically means their electricity meter runs backwards).
What do these companies do if they don’t actually produce the electricity or operate the grid?
A bunch of them do produce the electricity, but as I said the power plants are connected to the nation-wide linking network. There is no direct relation between any of these power plants and my home. They can also pay someone else to produce it for them. This could be someone in a completely different country. A bunch is produced locally through solar panels and sold to the power company by consumers.
Some smaller companies may not produce anything themselves and just buy it somewhere, but where als can vary day by day and hour by hour. They will buy it wherever they can get the best deal at that time.
All that matters is that they make sure they provide enough energy to the national grid to cover the use of their customers. How it’s actually distributed is completely separate.
Note that due to how the energy market works, electricity prices change hour by hour. In my case I have a contract with a fixed price for a certain amount of time (1 year, but you can get longer contracts), but it’s also possible as a consumer to get a completely flexible contract. That means the price you pay for electricity changes every hour, based on the actual market price (plus a markup for the energy company of course). Especially during the day when lots of solar power is available, the price can drop a lot. There have even been cases where the price was negative for a short while (i.e. you got paid to use electricity) due to overproduction. If you have a flex contract, your energy company usually has an app that will tell you the current price and the expected price for the next couple of hours.
I have precisely one power company that services about 5 million residents here where I live. No other options.
So if their power plant goes down 5 million people are without power? That sounds extremely fragile.
So I’ve been thinking a lot about this. With a few exceptions you’re actually pretty close to describing what we have in the States. There is more than one power producer in my state, and all the producers feed into the same grid whose infrastructure is regulated by the government. If a producer fails to produce, I can still get access to the electricity on the grid, but the key difference is that most of the delivery infrastructure is fully owned and operated by the same companies that do the production. I think we’re getting hung up on the difference between provider and producer, which in America is mostly always the same thing.
It sounds like the Netherlands does in fact have two power providers then in the form of Enexis and TenneT, at least as I understand the term “provider” as we use it here. Or do you also maintain contracts/payments with individual power production firms that you haven’t already described? What is the benefit of maintaining a contract with any of these companies if they already sold the power to Enexis/TenneT and they don’t do any other administration services?
Our system is indeed fragile and I wish we could figure it out. I was a little off, DTE Energy services 2.3 million customers for power. We regularly experience outages affecting people into the hundreds of thousands. There’s no incentive for them to improve the infrastructure
since they’re a monopoly. Most of the power here is delivered via free-standing poles instead of underground lines, which are obviously prone to issues related to wind/snow/trees. It fucking sucks. Even just separating the delivery system from private business would be a monumental shift.
the key difference is that most of the delivery infrastructure is fully owned and operated by the same companies that do the production
That used to be the case here as well, but these companies got split up into a network company and a power company when the government decided to open up the energy market for competition.
It sounds like the Netherlands does in fact have two power providers then in the form of Enexis and TenneT, at least as I understand the term “provider” as we use it here. Or do you also maintain contracts/payments with individual power production firms that you haven’t already described? What is the benefit of maintaining a contract with any of these companies if they already sold the power to Enexis/TenneT and they don’t do any other administration services?
You misunderstand. Power companies do not sell their power to TenneT or Enexis. It’s the other way around: power companies pay TenneT and the local network owner (Enexis is just one of them) for transporting the power they generate to their customers. These are the fixed network costs that get passed on to the consumer.
TenneT, Enexis and the other network companies own the power distribution infrastructure, and they basically charge for access to their network.
Saying there is only one power company because Enexis delivers the power to my house is like saying there is only one online shop because the postal service delivers all my online orders to my door.
Just like I can order something from Amazon, or bol.com, or CoolBlue, I can also buy power from any of these 52 power companies. It all gets transported by TenneT and Enexis just like all my packages are transported by PostNL. And just like when I order something online, I don’t have a contract with the delivery service: the delivery service is contracted by the seller. Just like the PostNL shipping costs show up on my bill, so do the energy transport costs. I still only have a contract with the energy company.
The energy company either generates the power themselves (analog to Amazon shipping from their own warehouse) or they can pay someone else to generate the power they sold me (analog to Amazon drop-shipping a purchase). The company I currently buy my power from (Essent) has several power plants, but they may buy additional power on the open market, or sell it if they have spare capacity. This varies hour by hour.
Since all electricity is the same, there is no need to transport the exact energy produced by my energy company to my house. Or to use the packages analogy: imagine every online shop only sold 1, identical product. Online store A sold 3 products to customer 1, 2 and 3, and online store B sold 2 products to customer 4 and 5. Since all products are exactly the same, they don’t bother putting address labels on them, company A just sends 3 unmarked packages to the postal service warehouse, and company B sends 2 unmarked packages. Since it’s all the same, the postal service just tosses all the incoming packages onto one big pile. They then deliver a random package from that pile to customers 1 through 5, it doesn’t matter which as they’re all the same anyway. Why keep track when there is no point? The only thing that matters is that if company A tells the postal service to deliver 3 packages to their customers, they should also send 3 packages to the postal services’ warehouse. No need to keep track of individual packages, but number of packages in and out must match for each online store.
We regularly experience outages affecting people into the hundreds of thousands.
Power outages are extremely rare here and usually only affect a small group of houses. With the exception of the high-current linking network, all our power lines are underground so they aren’t affected by things like falling trees and the like.
I’m gonna commit to this. How does this work? I looked and according to the Internet TenneT is the sole operator of the national electrical grid in the Netherlands. Do you have 52 power lines running to your home? What do these companies do if they don’t actually produce the electricity or operate the grid?
I have precisely one power company that services about 5 million residents here where I live. No other options. This is the case for almost all Americans as far as I’m aware, outside of a few specific municipality-run power organizations, but those are exceedingly rare.
In Australia, and I assume the Netherlands, the transmission network is separately owned and run by government corporations. While multiple private companies are allowed to generate power and sell to customers on the government owned grid.
Interesting, I’ve never heard of this before but I suspect you’re right. Was it always this way in Australia? I can’t for the life of me figure out how America could be convinced to make its way towards this, but this sort of arrangement seems like a pretty ideal middle-ground.
TenneT runs the what is called the ‘koppelnet’ (linking network). This is a high-voltage network that links the power stations together and also links to the europe-wide electrical high voltage network. Locally, the distribution networks form the link between the high-voltage net and your home. It first goes to a medium-voltage network and finally a low-voltage network. In my case the distribution network is owned by Enexis.
Neither Enexis or TenneT produce power. TenneT is owned by the government, Enexis is a private company but these are heavily regulated (e.g. there are caps on how much profit they are allowed to make).
As a consumer, you pay a fixed amount per day for use of the distribution network. You pay this through your normal energy bill. This is specified separately on the bill. In my case this means I pay €426,95 a year to Enexis. This fee is purely based on the size of my connection to the grid, in my case 3 phase 25 amps. It doesn’t change if I use more or less power.
As for where my electricity comes from? I don’t know, because it changes constantly and with how electricity works, I’m not even sure if this question makes sense. All power producers together keep the grid supplied with enough power. Power stations across the country are linked together and how the generated power is distributed is monitored and adjusted constantly. This also includes capacity from other European countries, as those grids are linked too.
Lots of people have solar panels nowadays and if they produce more than they need they can supply that back to the grid as well and get paid for it (it basically means their electricity meter runs backwards).
A bunch of them do produce the electricity, but as I said the power plants are connected to the nation-wide linking network. There is no direct relation between any of these power plants and my home. They can also pay someone else to produce it for them. This could be someone in a completely different country. A bunch is produced locally through solar panels and sold to the power company by consumers.
Some smaller companies may not produce anything themselves and just buy it somewhere, but where als can vary day by day and hour by hour. They will buy it wherever they can get the best deal at that time.
All that matters is that they make sure they provide enough energy to the national grid to cover the use of their customers. How it’s actually distributed is completely separate.
Note that due to how the energy market works, electricity prices change hour by hour. In my case I have a contract with a fixed price for a certain amount of time (1 year, but you can get longer contracts), but it’s also possible as a consumer to get a completely flexible contract. That means the price you pay for electricity changes every hour, based on the actual market price (plus a markup for the energy company of course). Especially during the day when lots of solar power is available, the price can drop a lot. There have even been cases where the price was negative for a short while (i.e. you got paid to use electricity) due to overproduction. If you have a flex contract, your energy company usually has an app that will tell you the current price and the expected price for the next couple of hours.
So if their power plant goes down 5 million people are without power? That sounds extremely fragile.
So I’ve been thinking a lot about this. With a few exceptions you’re actually pretty close to describing what we have in the States. There is more than one power producer in my state, and all the producers feed into the same grid whose infrastructure is regulated by the government. If a producer fails to produce, I can still get access to the electricity on the grid, but the key difference is that most of the delivery infrastructure is fully owned and operated by the same companies that do the production. I think we’re getting hung up on the difference between provider and producer, which in America is mostly always the same thing.
It sounds like the Netherlands does in fact have two power providers then in the form of Enexis and TenneT, at least as I understand the term “provider” as we use it here. Or do you also maintain contracts/payments with individual power production firms that you haven’t already described? What is the benefit of maintaining a contract with any of these companies if they already sold the power to Enexis/TenneT and they don’t do any other administration services?
Our system is indeed fragile and I wish we could figure it out. I was a little off, DTE Energy services 2.3 million customers for power. We regularly experience outages affecting people into the hundreds of thousands. There’s no incentive for them to improve the infrastructure since they’re a monopoly. Most of the power here is delivered via free-standing poles instead of underground lines, which are obviously prone to issues related to wind/snow/trees. It fucking sucks. Even just separating the delivery system from private business would be a monumental shift.
That used to be the case here as well, but these companies got split up into a network company and a power company when the government decided to open up the energy market for competition.
You misunderstand. Power companies do not sell their power to TenneT or Enexis. It’s the other way around: power companies pay TenneT and the local network owner (Enexis is just one of them) for transporting the power they generate to their customers. These are the fixed network costs that get passed on to the consumer.
TenneT, Enexis and the other network companies own the power distribution infrastructure, and they basically charge for access to their network.
Saying there is only one power company because Enexis delivers the power to my house is like saying there is only one online shop because the postal service delivers all my online orders to my door.
Just like I can order something from Amazon, or bol.com, or CoolBlue, I can also buy power from any of these 52 power companies. It all gets transported by TenneT and Enexis just like all my packages are transported by PostNL. And just like when I order something online, I don’t have a contract with the delivery service: the delivery service is contracted by the seller. Just like the PostNL shipping costs show up on my bill, so do the energy transport costs. I still only have a contract with the energy company.
The energy company either generates the power themselves (analog to Amazon shipping from their own warehouse) or they can pay someone else to generate the power they sold me (analog to Amazon drop-shipping a purchase). The company I currently buy my power from (Essent) has several power plants, but they may buy additional power on the open market, or sell it if they have spare capacity. This varies hour by hour.
Since all electricity is the same, there is no need to transport the exact energy produced by my energy company to my house. Or to use the packages analogy: imagine every online shop only sold 1, identical product. Online store A sold 3 products to customer 1, 2 and 3, and online store B sold 2 products to customer 4 and 5. Since all products are exactly the same, they don’t bother putting address labels on them, company A just sends 3 unmarked packages to the postal service warehouse, and company B sends 2 unmarked packages. Since it’s all the same, the postal service just tosses all the incoming packages onto one big pile. They then deliver a random package from that pile to customers 1 through 5, it doesn’t matter which as they’re all the same anyway. Why keep track when there is no point? The only thing that matters is that if company A tells the postal service to deliver 3 packages to their customers, they should also send 3 packages to the postal services’ warehouse. No need to keep track of individual packages, but number of packages in and out must match for each online store.
Power outages are extremely rare here and usually only affect a small group of houses. With the exception of the high-current linking network, all our power lines are underground so they aren’t affected by things like falling trees and the like.