• Cost optimization for a brighter energy future

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Changing energy industry sees rising costs

Energy markets around the world are changing rapidly. The share of renewable energy sources around the world is growing, and grid infrastructures are becoming more localized. Fuel costs continue to rise, and massive investments are needed to make existing power plants compliant with ever stricter regulations. In these challenging times, it is necessary to design cost-effective energy generation systems. Effectively controlling costs is a decisive competitive edge for all players in the energy sector, giving them the economic flexibility they need for action.

Cost-effective operation as the key to future viability

Companies in the power sector find themselves are facing their greatest challenges today, with constant cost increases, pressure on earnings and stronger competition from new providers. At the same time, environmental and efficiency-related regulations make it necessary for them to constantly innovate. Achieving cost-effective energy generation means choosing the right solutions, technologies and business models for each of our customers. Embracing innovative technologies and combining various energy sources can help lower expenditures on the OPEX side by ensuring the most intelligent energy mix. This gives companies more latitude for further strategic developments or to optimize existing operations.

13
%
lower LCOE achieved by combining GenSet-based power plants with BESS and PV
45
%
decrease in CO2 emissions thanks to hybrid engine power plants

MAN solutions for energy cost optimization 

MAN Energy Solutions helps customers overcome the challenges to their business in an increasingly complex economic environment. With best-in-class, highly efficient products and solutions, we put companies in a position to generate the most cost-effective energy possible.

We provide our customers with a 360-degree perspective on power plant engineering – from the ideal technological solution and compliance with energy policy standards to ensuring cost-effective operations. Our versatile, highly efficient power plant solutions are designed to meet all customer requirements, specifically in terms of optimized capital and operation expenditures, and sustainable reliability.

energy-generation

Hybrid power plants

microgrid graphic

Using renewable energies for sustainable power generation is the ultimate goal – but they all rely on one factor to perform: the weather. The unpredictable, ever-changing nature of the weather makes it difficult to ensure consistent energy production and availability.

Our hybrid power plants ensure grid stability, reducing LCOE (levelized cost of electricity) while maximizing the use of renewable energy sources. We use highly efficient, quick-response GenSets to integrate renewable energies in an energy management system. Here, renewables always provide the most CO2-neutral power possible while the GenSet and battery storage keep power fluctuations at a minimum. We have the expertise to combine a variety of environmentally compatible systems to create highly efficient, cost-effective power plants.

How you benefit:

  • More cost-effective, efficient systems
  • Increased reliability
  • Maximizing renewable energy use means fewer CO2 emissions
  • Hybrid solutions ensure flexibility and fuel independence

 

Engine combined cycle

Combined-Cycle

In stationary power plants, engines produce flue gas that contains a great deal of energy – but normally goes to waste. Harnessing the heat of this exhaust gas makes it possible to generate additional energy while minimizing losses.

MAN designs Engine Combined Cycle Power Plants (ECCPP) that use the waste heat from the engine GenSet to produce steam. This steam is then expanded in a steam turbine to produce electrical energy. This combination of engine GenSet and steam turbine enhances the efficiency of a simple solution. We are the only company in the market who builds and provides all of the key components needed – from engines to steam turbines.

How you benefit:

  • More cost-effective, efficient systems
  • Improved fuel efficiency
  • More energy produced, less wasted
  • Single source for all equipment and services

Combined heat & power

combined-heat-power-icon

An important way of making power plants more cost-effective is to minimize energy losses and waste. International Energy Agency figures show that about two-thirds of the energy converted to produce electricity in traditional fossil-fueled power plants is lost as so-called “waste”. Once it arrives at the end consumer, about 65% of total energy input is lost in energy each year before it reaches consumers.

Combined heat & power (CHP), or cogeneration/trigeneration, is the most efficient process for generating power and process heat and/or cold from a single fuel source. MAN designs CHP systems to meet the specific thermal and electrical load requirements of each facility, greatly enhancing its operational efficiency – with total plant efficiency levels even topping 90%.

How you benefit:

  • More cost-effective, efficient systems
  • Less energy wasted
  • Fewer CO2 emissions
  • Customized solutions to meet specific facility needs

Service solutions for energy cost optimization 

MAN PrimeServ offers advanced modernization solutions to increase the reliability, availability and economic efficiency of existing facilities and equipment. We also customize modernization and retrofit solutions for specific customer applications and machinery.

 

To MAN PrimeServ

service-energy-cost-optimization
95
%
total fuel efficiencies for Combined Heat & Power applications
54
%
fuel efficiency in an engine combined cycle scheme.

MAN energy cost optimization solutions at work for our customers

Our energy cost optimization solutions are designed to meet a wide range of customer requirements and applications – helping them stay competitive while improving their overall environmental impact.

MAN builds innovative CHP plant for EnBW

Customer:EnBW Energie Baden-Württemberg AG
Customer typ:Utility
Application: Combined heat & power
Location of installation: Stuttgart-Gaisburg, Germany
Engine type:3 x 20V35/44G
Fuel:Natural gas
Output:31 MWel + 30 MWth
Commercial Operation:COD planned for 12/2018
MAN’s Work Scope:Extended equipment supply
EnBW-Gainsburg

Our products for power generation

 

Innovative solutions and technologies to optimize the cost of power generation

  • Cost-effective operation keeps companies competitive
  • Environmentally sound solutions towards a carbon-neutral future
  • Less energy waste, greater energy production
  • Compliance with all regulations
Contact us
  • Power-to-X
    pdf, 2171 KB English
  • Power Generation Programme 2018
    pdf, 7875 KB English

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