Farmwise: advanced simulation of offshore wind farms

Farmwise: advanced simulation of offshore wind farms

farm Wise
1 6
Sener Energy / Renewable and Low-Carbon Solutions Generation / Offshore wind / International
Farmwise: advanced simulation of offshore wind farms
Client: Parc Tramuntana
Country: International

Farmwise is a digital and modular tool that optimises the design of offshore wind farms based on the variables within the environment on which it will be built. Its algorithms enable decision-making for an technically and economically efficient turbines layout.  

We at SENER have developed this software, thanks to more than 20 years of experience in premier software for offshore design and parametric evaluation of costs and production in renewable plants. Our engineers also use it to offer innovative, specialised engineering services within the offshore wind farm sector.

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Farmwise is a digital and modular tool that optimises the design of offshore wind farms based on the variables within the environment on which it will be built. Its algorithms enable decision-making for an technically and economically efficient turbines layout.  

We at SENER have developed this software, thanks to more than 20 years of experience in premier software for offshore design and parametric evaluation of costs and production in renewable plants. Our engineers also use it to offer innovative, specialised engineering services within the offshore wind farm sector. 

Precision and reliability 

Farmwise was born out of the need for having a logical wind turbine layout. The current design of offshore wind farms is problematic and is leading to solutions that are more costly as opposed to optimal. This is due to the many factors that must be considered during optimisation: the direction of the wind, the seabed, the exclusion zone, attachment costs and cable laying and their losses. In addition, many of these parameters, specific to the marine environment, are not sufficiently analyzed by software tools that are currently available. 

To respond to these needs, Farmwise offers a wind farm simulation environment and advanced optimisation algorithms that can be implemented within a reasonable calculation time, with reliable accuracy of the optimised variable. Thanks to this, the software deals with layout design optimisation at a turbine plant on the basis of two key aspects within the marine environment: 

  • Production losses due to the dynamics of the slipstreams. 
  • Cable system, cable losses, transformer losses, and loss of the reactive power of the electricity capturing system. 

 In addition, Farmwise enables the combined optimisation of slipstream losses and layout of the connection cabling, replacing the iteration loops between the different disciplines involved in the farm’s design. 

Farmwise can work for any offshore wind farm project, whether fixed or floating, in every phase, from the permit and bid processes to its actual development. 

Technical and financial optimisation of the farm
Simulation in a multivariable environment
Finds the best layout design for wind turbines

WHAT DOES FARMWISE DO 

  • Designs offshore wind farms. 
  • Provides a simulation environment. 
  • Includes an algorithm for calculating the optimal environmental variables. 
  • Calculates the best layout design for the turbines at the plant. 
  • Financial optimization of projects. 
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Comparison to the Software considered as the Reference in the Market

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SENSOL: a platform for profitable power plant designing

SENSOL: a platform for profitable power plant designing

SENSOL
sensol
Andasol
Noor Solar complex
1 5
Sener Energy / Renewable and Low-Carbon Solutions Generation / Solar / Spain
SENSOL: a platform for profitable power plant designing
Client: Client: Andasol 1 y Gemasolar (España) | Ouarzazate Solar Park – Midelt (Marruecos)
Country: Spain

SENSOL is a piece of software created by SENER that enables technical and financial optimisation in the design of renewable power plants including solar, hydro, battery storage, biomass and hybrid power. It can create thousands of possible alternative designs for each project and can calculate the CAPEX, OPEX, production and annual consumption of each one. These parameters will allow you to decide which will generate the lowest levellised cost of energy (LCOE).

With SENSOL you can establish the most profitable design in complex projects with ease and precision,

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SENSOL is a piece of software created by SENER that enables technical and financial optimisation in the design of renewable power plants including solar, hydro, battery storage, biomass and hybrid power. It can create thousands of possible alternative designs for each project and can calculate the CAPEX, OPEX, production and annual consumption of each one. These parameters will allow you to decide which will generate the lowest levellised cost of energy (LCOE).

With SENSOL you can establish the most profitable design in complex projects with ease and precision, thanks to its optimisation algorithms and its detailed modeling of whichever plant type you decide.

Technical and financial project integration
Find the design with lower energy costs
Precise, easy analysis

WHAT SENSOL DOES

  • Plant design.
  • Calculation of deliverables.
  • Financial optimization of projects.
  • Operational support tool.
  • Generation of bankable models to check the deliverables.
  • Integration of the technical and financial aspects of projects.
  • Wide range of technologies covered.
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HiveWind: a semi-submersible floating steel platform for offshore wind turbines

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East Anglia, Saint Brieuc and Baltic Eagle Offshore Wind Projects

East Anglia, Saint Brieuc and Baltic Eagle Offshore Wind Projects

1 2
Sener Energy / Renewable and Low-Carbon Solutions Generation / Offshore wind / France
East Anglia, Saint Brieuc and Baltic Eagle Offshore Wind Projects
Client: Iberdrola (Scottish Power)
Country: France

Framework Agreements to support the development of IBERDROLA’s Offshore Wind Projects in Europe.

These agreements include the provision of Engineering and Technical Services in the United Kingdom and the provision of Project Support Services in the United Kingdom, France and Germany for the current IBERDROLA’s Offshore Wind Projects of East Anglia, Saint Brieuc and Baltic Eagle.

Framework Agreements to support the development of IBERDROLA’s Offshore Wind Projects in Europe.

These agreements include the provision of Engineering and Technical Services in the United Kingdom and the provision of Project Support Services in the United Kingdom, France and Germany for the current IBERDROLA’s Offshore Wind Projects of East Anglia, Saint Brieuc and Baltic Eagle.

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Scholven 1 Natural Gas Cogeneration Plant (Germany)

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Promoting the energy transition in Germany

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Innovation for natural gas supply in the Mediterranean and the Adriatic Sea

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Puertollano biomass plant

Puertollano biomass plant

1 3
Sener Energy / Renewable and Low-Carbon Solutions Generation / Biomass
Puertollano biomass plant
Client: ENCE, ENERGIA Y CELULOSA, SA

Sener has been awarded with the turn-key contract for a biomass power generation plant in Puertollano. The contract includes the design, supply, construction and commissioning, as well as the running and maintenance of the plant during its first two years in operation. For this type of plant, Sener has designed a high-efficiency regenerative thermodynamic cycle with reheating capabilities.

The biomass plant of Puertollano incorporates its own technological developments, a biomass boiler equipped with a water-cooled grill and a steam turbine with reheating.

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Sener has been awarded with the turn-key contract for a biomass power generation plant in Puertollano. The contract includes the design, supply, construction and commissioning, as well as the running and maintenance of the plant during its first two years in operation. For this type of plant, Sener has designed a high-efficiency regenerative thermodynamic cycle with reheating capabilities.

The biomass plant of Puertollano incorporates its own technological developments, a biomass boiler equipped with a water-cooled grill and a steam turbine with reheating. The cold focus of the plant will be of the wet type, by means of an induced draft cooling tower.

  • Project data:
  • Biomass steam generator equipped with a water cooled grill and two-body turbo generator with intermediate reheat.
  • Wet cooling towers.
  • Type of contract: EPC + 2 years O&M.
  • Scope:
  • Basic and detailed engineering
  • Procurement
  • Supply of equipment and materials
  • Construction
  • Start up and first two years of operation and maintenance.
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Huelva biomass plant

Huelva biomass plant

Sener Energy / Renewable and Low-Carbon Solutions Generation / Biomass / Spain
Huelva biomass plant
Client: ENCE, ENERGIA Y CELULOSA, SA
Country: Spain

Sener is carrying out the turn-key project of a 40-MW biomass power plant in Huelva. The contract includes the design, supply, construction and commissioning, as well as the running and maintenance of the plant during its first two years in operation. The annual output of this low-emission biomass renewable energy power plant will be approximately 252 GWh, with a nominal capacity of 40 MW electric. For this type of plant, Sener has designed a high-efficiency regenerative thermodynamic cycle with reheating capabilities.

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Sener is carrying out the turn-key project of a 40-MW biomass power plant in Huelva. The contract includes the design, supply, construction and commissioning, as well as the running and maintenance of the plant during its first two years in operation. The annual output of this low-emission biomass renewable energy power plant will be approximately 252 GWh, with a nominal capacity of 40 MW electric. For this type of plant, Sener has designed a high-efficiency regenerative thermodynamic cycle with reheating capabilities.

The Huelva biomass power plant incorporates Sener’s own high-efficiency technologies, including its regenerative design with a built-in reheater, the biomass furnace that is equipped with a water-cooled grill and a steam turbine with built-in reheater. The plant will be cooled using mechanical towers.

  • Project data:
  • Biomass Firing Power Plant 40 MWe.
  • One firing boiler equipped with an air cooled grate and one reheating steam turbine.
  • Circulating water circuit is cooled by mechanical draft cooling towers.
  • Type of contract: EPC + 2 years O&M.
  • Scope: Basic and detailed engineering, procurement, supply, construction, start up and first two years of operation and maintenance.

 

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Empalme I Combined Cycle Plant (Sonora, Mexico)

Empalme I Combined Cycle Plant (Sonora, Mexico)

1 5
Sener Energy / Thermal Generation / CCGT – Combined Cycle Gas Turbines / Mexico
Empalme I Combined Cycle Plant (Sonora, Mexico)
Client: Comisión Federal de Electricidad de México
Country: Mexico

Empalme I Combined Cycle Plant, Empale, Sonora, Mexico.

The Empalme ICombined-Cycle Power Plant Project consists in building, within 31 months, a  plantwith a capacity of 770 MW under the EPC or turnkey modality, which includes performing the Basic and Detail Engineering, Supply and Procurement of all equipment and materials, Construction, and the Testing and Commissioning of the power plant.

  • The Power Plant includes the Gas turbine”s (Joule or Bryton) and the Steam turbine”s (Rankine) thermodynamic cycles,
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Empalme I Combined Cycle Plant, Empale, Sonora, Mexico.

The Empalme ICombined-Cycle Power Plant Project consists in building, within 31 months, a  plantwith a capacity of 770 MW under the EPC or turnkey modality, which includes performing the Basic and Detail Engineering, Supply and Procurement of all equipment and materials, Construction, and the Testing and Commissioning of the power plant.

  • The Power Plant includes the Gas turbine”s (Joule or Bryton) and the Steam turbine”s (Rankine) thermodynamic cycles, and its main equipment consists of two Gas Turbines, two Heat Exchangers linked to the gas turbines, a Steam Turbine, a Steam Condenser, Condensate Pumps and a high-pressure supply.
  • Steam condensation is achieved by refrigeration with seawater, using a main refrigeration circuit (water circulation system) that includes a submerged and underground marine inlet at 1,204 metres below sea level; a water inlet channel; a pumping sump with filtering systems and operating gates; water circulating pumps; underground piping; a discharge channel; and an underwater outfall with a length of 1,012 metres in order to return the water. The marine works performed to lay the intake and discharge pipes buried under the seabed is, due to its magnificence, one of a kind. The pipes are made of coated carbon steel with a diameter of 3 metres.
  • The process water used in the steam cycle is obtained by evaporation -compressing seawater, which produces distilled water- and subsequently applying a demineralisation treatment. The Plant has auxiliary systems for electrochlorination, generating compressed air for service and instrumentation, water treatment and fire protection and detection.
  • The site preparation required 188,406 m3 of compacted fill, and the Civil Works included 678 piles, 80,000 m3 of concrete and 2,900 tons of metal structure. The Marine Work involved 355,900 m3 of dredging and the laying of more than 3,000 m of carbon steel pipes with a diameter of 3 m.
  • The Electro-Mechanical Works included the assembly of over 10,000 t of equipment, the laying of 160,000 inches diameter of piping and 748,000 m of cable, and the installation of 2,400 instruments.
  • Sener is carrying out this Project as a joint venture with a 50% participation.
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