SYNCHRONOUS Energy Generation


 

Synchronous Compensator – A key part of the renewable energy futures


Synchronous Renewable ENERGY Generation

Solutions for Grid stability. A Secure Sustainable Electricity System

Green synchronous power generation - DABITRON promote the local installation of synchronous power generating technology that utilises renewable energy sources, as solar PV power, synchronous compensator, battery tech and hydrogen power to stabilise local electrical grid. Innovative technical solutions able to enhance voltage control capacity and support grid stability and security to enable the increasing integration renewable sources.
Synchronous Compensators 

Synchronous Compensators for increased network stability.

  • What is a Synchronous Compensator?

    Synchronous compensators (sometimes called synchronous condensers or synchronous capacitors) provide stability and voltage support to the electricity network, especially when system faults occur within the power grid.


    Synchronous Compensators are electrical devices that are used to manage the stability of the national grid including the relationship between voltage and current and the resilience of the system to sudden faults. Though a Synchronous Compensator does not generate electricity, it is essentially a large electric motor that is connected in a particular manner to allow it to act as a support to the system when required.  


    This allows the system operator, to manage the transmission system safely and securely with a reduced dispatch. As a result, this enables reduced carbon impact of transmission operations and reduced constraint costs.  

  • Where is Synchronous Compensator Used?

    It is used within power transmission systems for regulating line voltage, in HVDC, wind/solar, grid support, regulation, power factor correction, and VAR compensator.

High penetrations of non-synchronous renewable energy generation can decrease overall grid stability because these units do not provide rotational inertia in the same way as traditional synchronously-connected generators. 


The intermittence of the renewable sources affects electric supply in terms of stability, voltage quality, reactive power and power factor control, fault-ride-through capability, inertia and short circuit power. Synchronous Condensers can compensate for these drawbacks, and are therefore an irreplaceable element for grid stabilization, both for the transition phase – and beyond. Synchronous Condenser strengthen the grid, particularly when installed in nodes where renewable energy sources are connected. In addition, these installations improve grid security in case of faults.


DABITRON provide turnkey solutions to help utility companies enhance grid stability, reliability and dynamic reactive power compensation. Each synchronous compensator project is customised to a utility’s specific needs. 


The DABITRON's synchronous renewable energy generation projects includes the installation of synchronous power generating technology that utilises 100% local renewable energy sources, to enhance grid flexibility and security and facilitate the integration of renewables. In addition, the projects that contribute to the local socio-economic development of their chosen area.

synchronous renewable energy generation integrated into renewable energy power plant projects

THE Synchronous RENEWABLE ENERGY generation OF DABITRON

DABITRON’s innovative hybrid renewable energy solutions support and accelerate this transition towards a clean energy future and improve grid-stability. Synchronous condenser (SC) technology and Battery Energy Storage Systems (BESS) complement each other in a hybrid configuration and offers clear benefits in providing grid-supporting functions.

Role of green synchronous power generation in our projects is to improving the power quality issues in our hybrid renewable power plants connected to a power grid. The proposed solutions allow optimizing the dispatch of conventional plants and the reduction of non-synchronous generation, as well as exploring methods to reduce generation costs.

Intermittent Synchronous Renewable Energy Generation

  • Hybrid PV farm with static synchronous compensator (STATCOM)

    We develop, build and manage the operation of Hybrid PV farms with static synchronous compensator (STATCOM) that combin:

    1. SOLAR PV POWER .
    2. SYNCHRONOUS COMPENSATOR (STATCOM).
    3. ELECTRICAL INFRASTRUCTURES.
    4. AGRIVOLTAICS INSTALLATION.

Intermittent Synchronous Renewable Energy Generation

  • Hybrid PV-BESS system with static synchronous compensator (STATCOM)

    We develop, build and manage the operation of Hybrid PV-BESS system with static synchronous compensator (STATCOM) that combin synchronous electricity generation from renewable sources and storage technologies:

    1. SOLAR PV POWER.
    2. BATTERY ENERGY STORAGE SYSTEMS (BESS). 
    3. SYNCHRONOUS COMPENSATOR (STATCOM).
    4. ELECTRICAL INFRASTRUCTURES.
    5. AGRIVOLTAICS INSTALLATION.

    Such installation support system flexibility and security of supply, while allowing the integration of other technologies such as PV power.

Non-Intermittent Synchronous Renewable Energy Generation

  • DABITRON DH2SL® Renewable Hydrogen Power Plant (Renewable Power-to-Hydrogen-to-Power)

    We develop, build and manage the operation of DABITRON DH2SL® Renewable Hydrogen Power Plant (Renewable Power-to-Hydrogen-to-Power) Non-Intermittent 100% renewable electricity supply 24/7.

    Learn More →
 Key Benefits 

Synchronous condensers not only provide inertia and variable reactive power to support the transmission system voltage during events, but they are also able to deliver a range of additional ancillary services for grid operators that increase the robustness of the system.

  • Reliable proven technology
  • Cost-effective.
  • Increased revenue.
  • Providing inertia – improving stability.
  • Short circuit power – essential for system protection.
  • Implemented in already existing infrastructure.
  • Dynamic voltage support – overload capability.
  • Reactive power.
  • Ancillary services.
 Our Tecnical Solutions

DABITRON solution of compensation of reactive power by utilizing a PV system with STATCOM connected to the grid. 

DABITRON combines photovoltaic (PV) systems with synchronous compensators and battery energy storage system (BESS) tech to stabilise local electrical grid. Utilization of a photovoltaic (PV) system with static synchronous compensator (STATCOM) is a modern and efficient method of regulating active and reactive powers. By combining innovative technical solutions that will help ramp-up renewables by offering storage and stabilization technology in one connection. 

Solar PV Energy  

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Battery Energy Storage Systems (BESS)   

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Synchronous Compensators 

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Electrical Infrastructures

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Agrivoltaica

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  • Local green synchronous power generation


Meet your renewable electricity needs and decarbonization goals with a single Renewables Power Purchase Agreement.
Go to DABITRON Green PPA →

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