How the world’s hottest new thermal power plant will heat up the planet

When you think of the heat from the sun, it’s usually concentrated in the equatorial regions.

But the heat generated by a new boiler is coming from a totally different place.

A new heat pump will be built by Bosch in Brest, France, and it is going to heat the planet for the first time.

It’s not just that it will create a lot of power, it will also heat the entire world.

Bosch, a French-Italian company, has developed a new type of heat pump called the Bosch heat engine.

This type of system is known for its energy density, or the number of units of heat energy that can be produced in a given period of time.

For a Bosch boiler, this means that it can produce about 30 times more heat energy per unit of volume than conventional boilers.

The Bosch boilers also have the ability to generate more power per unit volume than those of conventional thermal plants.

The heat pump works by injecting water into the boiler and the pressure is built up through the flow of water.

This process is known as the Boschi-Boschi process.

This new Bosch heater will generate a lot more heat than existing boilers, but it will take much longer to build.

It takes at least two years for a new heat engine to be built.

The project will cost $1.4 billion.

It’s not exactly the kind of huge cost that you see in some of the other new technologies.

Borussia’s energy minister, Hans Dieter Zellner, says this is an important milestone for the region.

“Boruchans new Boschi heat engine is an incredible advance for the energy sector in the Brest region, which is the most densely populated part of Europe,” ZellNER said.

“The Boschi Heat Engine is an essential element of the regional power supply, which means it will be essential for the development of the region’s new Boschność hydroelectric power station and for the construction of the Bremen-Gdansk nuclear power station.”

The Bosch Heat Engine will be able to produce heat in a whole range of temperature zones from -40C to 180C, and up to 5.5 million units of steam per hour.

The Bosching boiler works by pumping water into a piston and the flow creates pressure.

The pressure is then pumped through a turbine to generate steam.

The steam is then cooled through a thermal pump.

This is similar to the way a traditional boiler works.

But it has two advantages.

First, the boiler can operate at much lower temperatures, allowing for a much smaller and more reliable power generation system.

Second, Bosch has created a mechanism that can work at much higher temperatures and produce much more power.

This allows it to operate for a longer period of times than conventional heat pumps.

Brescia, a town in northeastern Italy, is already producing power from a Boschi boiler.

It works at temperatures up to -90C.

And in a country that depends on heat to provide much of its electricity, the idea of turning this heat into electricity is a real breakthrough.

The power generated by the Bosching heat engine will be used for heating the entire region.

It will be fed into a large plant that will produce thermal power for up to 2 million homes.

Besieged from the end of last year by a civil war, the Boscha thermal power station in Brescia is now expected to be operational by 2020.

It generates a significant amount of heat for the city, but has also had to use up some of its power supply due to the conflict.

The project is also likely to have a negative impact on local populations.

In the summer of 2020, Boscha and its partner, Siemens, started the process of removing the entire town from the grid.

But after a long and complicated legal battle, the company decided to restart the process this summer.

It plans to continue to work on this project until 2022, which will give the town of 3.5million people another year to go.