Joint trial with Vattenfall Wärme Berlin AG of a new type of large-scale, high-temperature heat pump to achieve the heating transition in Berlin

Generation of district heating using waste heat and electricity from renewables that’s fed into Berlin’s district heating network

Federal government-funded project

Siemens Energy’s gas turbine technology will support cleaner, more efficient, and less costly energy production on Cyprus 

More than 50% reduction in CO₂ emissions compared with the average current emissions from electricity production on Cyprus – thanks to switch from heavy fuel oil to natural gas

The CCP plant is vital for the energy sufficiency and independence of the island

F-class gas turbines with the latest and newest design from Siemens Energy for the Zhaoqing Dinghu combined heat and power (CHP) generation project to power China’s Greater Bay Area development

Estimated annual generation capacity up to 3.5 billion kWh

CO₂ emissions reduced up to 60% by using natural gas as the fuel source versus coal

Designing, building, and commissioning a black-start system at generating station 

Station will be able to restart the flow of electricity to the facility’s auxiliary systems without the support of an external power supply in the event of an outage or blackout 

Battery energy storage system to support up to three attempts to restart a unit at the station within one hour

Two cutting-edge gas turbine packages for a new district heating power plant with an expected maximum fuel efficiency of 93% 

The SGT-800 gas turbines will be fired with natural gas and successively converted to the combustion of ever-greater proportions of hydrogen – with the long-term goal of 100% green hydrogen operation

Maximum turbine efficiency of 41%

SSE Thermal’s Keadby 2 CCGT power station, which is currently being constructed by Siemens Energy, will contribute over £1bn to the UK’s economy over its lifetime

Keadby 2 is expected to be the cleanest and most efficient gas-fired power station in Europe

Transmission entry capacity of 893 MW; turbine provides a minimum of 830 MW of power

900-MW CCP plant will provide over 8% of Alberta’s average electricity demand – with state-of-the-art natural gas turbine technology and service from Siemens Energy

Project designed to reduce Alberta’s carbon footprint from energy production by up to 5% 

The project supports the decarbonization of Alberta's power supply by switching from coal to natural gas

Gas-fired CHP plant with great fuel efficiency, the capacity to switch quickly between full and partial loads, and the potential use of hydrogen 

Short start-up and shut-down times to compensate for fluctuations in the output of wind and solar power within minutes

Maximum electrical power output of ~273 MW; electricity for up to one million people

Replacement of a Holland Board of Public Works coal plant with a new CHP plant at Holland Energy Park 

Delivery and installation of two gas turbines and one steam turbine, an electrical package, and a long-term service plan for the gas turbines

Waste heat from the circulating water system provides heat for the expanded snowmelt system

Expansion of three Ende Andina SAM thermal power plants will add more than one GW to the Bolivian power grid

Logistics and installation of components like gas and steam turbines, generators, and transformers 

Delivery from three different continents via oceans and mountains covering thousands of miles

Construction of three turnkey CCPPs, 12 wind parks with approximately 600 wind turbines, and eight substations will add more than 14.4 GW to the national grid

Reliable power supply for over 40 million Egyptians and various industrial sectors

Operation of one of the largest multipurpose repair and training facilities in the country