By Mark Bittman and Ryan LippertSeptember 19, 2018 4:14:10The electricity market is a giant business.

If you have a business with customers, you want to be able to sell your product and have a reasonable price.

If your business is electricity suppliers, you’re not going to want to have to compete with other electricity providers.

So you need to keep prices low.

But if you’re an electric utility, you’ve got to compete in a global marketplace, and competition is going to be fierce.

So what happens when a new utility enters the electric grid?

If you’re a utility, it’s a very tough time.

If it’s the big company, you have to make sure you’re profitable.

If not, it can cost you dearly.

The US electric utility industry is in the midst of a transition to a new generation of technologies, and as it’s all happening, one of the key issues facing the industry is that there are many new generation technologies coming online that will significantly improve the reliability and availability of the grid.

The challenge is that the energy industry has a number of different technologies on the market that can be very reliable.

The question is how do you make sure that you’re producing the right technologies at the right time.

So the big question is, how do we manage that transition?

In the past, the utility industry was able to move on from a generation of plants that were a decade old and weren’t as reliable.

Today, we have many plants that are 25 to 30 years old and are still reliable.

We can move forward, but we’re going to have many challenges.

There are three main technologies that will be in the marketplace in 2018 and 2019:The new generation technology is an electric generator that uses batteries and generators to generate electricity.

The cost of electricity is going down.

You can build these generators and run them on renewable energy.

This is an opportunity to be a net contributor to the grid, and a huge benefit to the industry, because it gives us more control over the electricity system.

The new type of generation technology, the large-scale generation technology that uses pumped hydroelectric plants, can run for decades and produce energy at a very high level.

They’re also very affordable, and can be built in a very short time.

In many cases, they can also run for years without having to increase their power generation capacity.

The second technology is a distributed generation technology.

It relies on a network of large, remote-sourced power plants.

In the future, these will be connected together, and they will be able provide the electricity that we use today at lower prices.

The third technology is the so-called smart grid technology.

This one uses technologies that combine the best of both the big three, such as pumped hydro, and the so‑called distributed generation technologies, such in the form of rooftop solar.

The goal is to build the largest and most resilient system that can handle all the different types of electricity that you need.

The most important thing to remember is that we’re moving away from a very expensive grid where you have lots of transmission lines that run from generation to distribution to your house, and that’s what’s going to become the main focus of the next 10 to 20 years.

What are the key challenges facing the utility sector?

The industry is still struggling to get used to the new generation and large-generation technologies.

But the key challenge is the cost.

You’re still paying for the generation technology because that’s how it’s designed, and it’s going up.

You need to manage that cost by lowering the prices that you charge for power.

There are other costs, like the transmission and distribution costs, that have to be covered.

There is a lot of work that needs to be done to ensure that we are delivering the level of reliability and the ability to supply electricity to the customers that we do, and we need to be paying for it.

The next big challenge is going up in cost, because you can’t just build your own plants to provide power.

That will cost a lot more.

So what’s important is that all the energy companies are building a network, a transmission network, that will support a lot bigger generation.

That’s what we’re seeing now.

We’re seeing this as a new technology, and there is a tremendous amount of potential for it to deliver higher reliability and a better system.

There’s also a huge amount of work to be had in the storage and grid reliability area.

If there’s a system failure, the grid will have to respond, and if there’s an outage, you need backup power to come online, and storage capacity.

The storage system is the big problem that’s going on right now.

You have to have backup capacity to be ready for the next outage.

The biggest challenge is also going to come from the cost of the energy.

You’ve got some new technologies

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