HYBRID Power Plant



Produces greener energy with hybrid energy power plants.

HYBRID RenEwable

Power PLANTs


Design and Implementation of Hybrid Renewable Power Stations.

DABITRONy is an ideal partner to delivery the Hybrid Renewable Power Stations to meet local's energy needs and requirements for a high-capacity renewable solution.

DABITRON HYBRID POWER PRODUCTION TECHNOLOGY


 The Hybrid Renewable Power Stations proposed by DABITRON combined features of On-grid (or Off-Grid) system with Solar panels, Battery Energy Storage System (BESS), Synchronous Compensator, Electric Infrastructures and Agrivoltaic installations 

Integrating photovoltaic (PV) solar systems. Microgrid Energy Efficiency Projects in Canary Islands, Europe, Sub-Saharan Africa, Africa, Australia, South America and not only.


SOLAR PV ENERGY 

Energy Storage of additional solar energy to be used at night. Microgrid Energy Efficiency Projects in Canary Islands, Europe, Sub-Saharan Africa, Africa, Australia, South America and not only.


BATTERY ENERGY STORAGE SYSTEMS (BESS) 

Hibrid solar pv systems. Combines features of On-grid system with Solar Energy Storage. Microgrid Energy Efficiency Projects in Canary Islands, Europe, Sub-Saharan Africa, Africa, Australia, South America and not only.


SYNCHRONOUS COMPENSATOR

Hibrid solar pv systems. Combines features of On-grid system with Solar Energy Storage. Microgrid Energy Efficiency Projects in Canary Islands, Europe, Sub-Saharan Africa, Africa, Australia, South America and not only.


ELECTRICAL INFRASTRUCTURES


The Hybrid Intermittent Renewable Energy Generation - the hybridization is the only commercially viable way to maximize RES penetration, while ensuring security of supply.

Hybrid rENEWABLE POWER

Hybrid energy solutions hold immense potential for providing a continuous and uninterrupted energy supply. By enhancing reliability, optimizing resource utilization, improving grid resilience, and reducing carbon footprint, these systems are key to achieving sustainable development and energy security. 


DABITRON hybrid systems are a feasible and economically viable solution that considers environmental aspects while combining state-of-the-art-technologies.  

  • Learn More →

    The hybridization supports reliable and cost-effective power generation, as: 

    • The integration of BESS replaces backup gensets and provides power reserves. 
    • The integration of RES serves as insurance against increasing fuel prices and transportation costs. 
    • Role of static synchronous compensator (or STATCOM) is to improving the power quality issues in hybrid renewable power plants connected to a power grid.

    These systems are crucial for managing energy supply in environments with intensive energy use, providing backup power, and stabilizing the grid, thereby preventing disruptions and enhancing operational continuity.


    The hybrid concepts are useful in many isolated power systems and rural areas of emerging markets. 


    For island applications and remote areas, hybridization is necessary to provide stable, safe and affordable power generation. Furthermore, hybridization does not only influence the cost structure; it also supports decarbonization of the energy sector and a local Sustainable Development. 



Hybrid Renewable Energy Power Plants solutions. 

THE RENEWABLE ENERGY hybrid Power Plant Projects OF DABITRON

The future of renewable energy is hybrid solutions.


DABITRON’s innovative hybrid energy solutions support and accelerate this transition towards a clean energy future and improve grid-stability. They combine energy storage and a flexible engine power plants that integrated the 100% renewable assets, providing considerable potential for fuel and cost savings – especially in remote areas as well as island and isolated grids. The value of the energy produced by a hybrid power plant can be enhanced with Smart Energy Management, which uses data-driven intelligence to monitor, control and optimise energy production at both site and portfolio levels.


Hybrid power plants play a crucial role in addressing the flexibility limitations of variable renewables. Solar, battery storage systems and synchronous electricity generation improve grid-stability. 

DABITRON hybrid systems are a feasible and economically viable solution that also considers environmental aspects while combining state-of-the-art-technologies. 

Hybrid Intermittent

Renewable Energy Generation

  • Hybrid PV-BESS system

    We develop, build and manage the operation of Hybrid Power Stations: a typical hybrid power plant combines electricity generation with battery storage.  

Hybrid 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

Hybrid 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.


HYBRID POWER GENERATION

Our Tecnical solutions

We carry out our renewable projects responsibly and with zero environmental impact, we are committed to local communities, and to protecting the environment:

SOLAR PV ENERGY

Integrating photovoltaic (PV) solar systems. Microgrid Energy Efficiency Projects in Canary Islands, Europe, Sub-Saharan Africa, Africa, Australia, South America and not only.

Integrated and Cost-Effective Solar Solutions.

The sun's power as a source of clean energy. The sun's power as a source of clean energy. Solar photovoltaic (PV) technology is a cornerstone of the global effort to transition towards cleaner and more sustainable energy systems.


We are driving forward the expansion of solar projects.

  • Learn More >

    Solar Photovoltaics are best known as a method for generating electric power by using solar cells to convert energy from the sun into a flow of electrons by the photovoltaic effect. 


    Integrating photovoltaic (PV) solar systems into multi-technology energy projects has never been stronger. The prices are falling, energy efficiency is improving, and energy storage is increasingly effective and with low environmental impact. 

BATTERY ENERGY STORAGE SYSTEMS (BESS) 

Integrating photovoltaic (PV) solar systems. Microgrid Energy Efficiency Projects in Canary Islands, Europe, Sub-Saharan Africa, Africa, Australia, South America and not only.

Energy Storage Solutions (ESS).

Energy storage play a significant role in facilitating higher levels of renewable generation on the power system and help to achieve national renewable electricity targets. DABITRON implement battery storage in our renewable energy projects.
  • Learn More >

    Batteries help balancing the grid.


    BESS projects are a critical part of the energy mix going forward to provide security and stability in the energy network as more renewables replace traditional fossil fuelled power plants.


    The combination of environmentally friendly solar power and a large storage system transforms solar power plants into round-the-clock power plants – driven by free energy from the sun, delivering dependable power at utility scale. Storage of additional solar energy to be used at night. 


    DABITRON implement custom storage solutions for Utilities to enhance renewable penetration or relieve grid stress from peak loads. Energy storage is being deployed to serve a diverse range of energy needs. 


    DABITRON works actively to implement battery storage in our renewable energy projects. Our battery storage projects are primarily co-located, meaning a regular renewable energy park is combined with batteries on the same plot, sharing the same grid connection.

  • What is a BESS?

    Battery Energy Storage Systems, or BESS, are rechargeable batteries that can store excess energy from renewable sources and discharge it when needed. BESS consist of one or more batteries and can be used to balance the electric grid, provide backup power and improve grid stability.

  • How does BESS work?

    BESS typically consists of one or more batteries that use kinetic energy to store and release electricity as needed.

  • What are the different types of BESS available?

    There are many different types of BESS available, including lithium-ion batteries, lead-acid batteries, flow batteries, and flywheels.

  • What are some advantages of using a BESS?

    There are several advantages to using BESS, including:

    • Integration of RES and battery storage systems reduces operational costs, fuel consumption and CO2 emissions of the overall plant  
    • Reduced dependency and insurance against  increasing fuel prices (incl. transportation) and potential emission costs  
    • Security of supply, due to combination of RES, battery storage systems and highly flexible  
    • engine power plants 
    • Battery storage systems make it possible to maximize RES penetration and compensate for fluctuations 
    • Provide a cost-effective way to store excess energy generated by renewable sources.
    • Can store excess electricity generated by renewable energy sources, allowing it to be used at a later time when these sources are not available.
    • BESS can provide backup power during outages or extreme weather events, reducing the need for costly distribution upgrades or emergency generators.
    • Assist in load leveling and grid support, helping to balance fluctuations in electricity demand throughout the day and reduce congestion on the grid.
    • Bess can improve power quality by smoothing out voltage fluctuations that may otherwise disrupt equipment operations.

ELECTRICAL INFRASTRUCTURES

Integrating photovoltaic (PV) solar systems. Microgrid Energy Efficiency Projects in Canary Islands, Europe, Sub-Saharan Africa, Africa, Australia, South America and not only.
  • High, Medium and Low Voltage Power Lines (underground electrifications).
  • Power Substation from low-voltage (LV), medium-voltage (MV) and high-voltage (HV).
  • Transformation Centers.
We offer engineering, supply, construction, operation and maintenance services, solution “tailored”, for transmission lines and substations with our ability to take on comprehensive LV/MV/HV projects of any scale and technical difficulty.
  • Learn More >

    The bulk transfer of electrical energy—from generation of power plants to electrical substations to end users—requires an impeccable strategy and know-how. 


    Our services including comprehensive concepts of design work, architectural construction, ele ctrical technological installation, and commissioning activity, for low, medium and high-voltage substation technology such as switchboards, transformers, station control technology, cable installation and engineering for designing turnkey ready-systems, testing and commissioning of customized solutions, in line with customer requests and compliant with the installation and connection regulations of the country where it will be installed.

  • Our trasportation services

    Our services spans network studies, primary design, protection design, automation and control system design, primary and secondary plant design,  earthing design, lighting and insulation coordination, full secondary design, engineering design coordination and project management, environmental impact assessments (EIAs), transport analysis, planning of electrical networks, architectural design services and fire engineering, performance of works of substation construction, architectural construction and commissioning of the electrical equipment of power plants.


SYNCHRONOUS COMPENSATORS

Integrating photovoltaic (PV) solar systems. Microgrid Energy Efficiency Projects in Canary Islands, Europe, Sub-Saharan Africa, Africa, Australia, South America and not only.
Synchronous Compensator Integrated with the Renewable Power Plant. A key part of renewable energy future.
  • hybrid photovoltaic-BESS farm with static synchronous compensator (or STATCOM).
Learn More >

HYDROGEN

POWER

Integrating photovoltaic (PV) solar systems. Microgrid Energy Efficiency Projects in Canary Islands, Europe, Sub-Saharan Africa, Africa, Australia, South America and not only.

Green Hydrogen.

Renewable Hydrogen used for generating electricity (Renewable Power-to-Hydrogen-to-Power).
Learn More >

HYDROGEN

STORAGE

Integrating photovoltaic (PV) solar systems. Microgrid Energy Efficiency Projects in Canary Islands, Europe, Sub-Saharan Africa, Africa, Australia, South America and not only.

Renewable Hydrogen Storage.

Local Green Hydrogen production, storage and utilisation.

Learn More >

AGRIVOLTAICA

Integrating photovoltaic (PV) solar systems. Microgrid Energy Efficiency Projects in Canary Islands, Europe, Sub-Saharan Africa, Africa, Australia, South America and not only.

Promotes sustainable agricultural opportunities (Agri-PV and PV-Agri).

Agrivoltaics installation: innovative production systems combining energy production and agriculture production.
  • Learn More >

    Solar photovoltaics (PV) installation require a lot of land space and can sometimes compete for land that would otherwise be used for other purposes. 


    Agrivoltaic systems consist of the combination of energy production through photovoltaic systems and agricultural production, such as crop or livestock production or pollinator habitats, underneath solar panels or adjacent to solar panels (in the same area), are a promising solution to the constraints linked to the reduction of cultivated areas due to solar panels used in agricultural production systems. 


    Placing agriculture at the heart of the energy transition, DABITRON is pursuing the objective of associating the world of energy and agriculture through its strategy and projects, to find new solutions to current and future challenges.


    DABITRON integrates the combination of energy with agriculture in all its Hybrid renwable energy projects, planning projects of this type both in Europe and in Africa. 


    The company develops models of operating collaboration between agricultural, photovoltaic (PV) and hydrogen (H2) production, by combining the uses of the same land, and jointly builds these models with the various players in the local agricultural sector. Most DABITRON solar photovoltaic (PV) systems proposed are installed on land used only for solar (or renewable) energy production. 


    DABITRON offers two models innovative production systems (Agri-PV and PV-Agri) combining energy production with agriculture production. Installation of two agrivoltaic concept that combining solar panels and agriculture into a win-win result. They also allow the optimization of land use and the reduction of conflicts over access to land, in order to satisfy the growing demand for agricultural products and energy. These innovations concern PV systems equipped with tools and monitoring services to optimise electrica and agricultural production.  

  • I. Agri-Photovoltaics (Agri-PV).

    Agri-Photovoltaics (Agri-PV) installations consist of systems that allow main agricultural production to be coupled with secondary PV production.

  • II. Photovoltaics-Agri (PV-Agri).

    Photovoltaics-Agri (PV-Agri) installations consist of systems that allow main PV production to be coupled with secondary agricultural production.

BIODIVERSITY

Integrating photovoltaic (PV) solar systems. Microgrid Energy Efficiency Projects in Canary Islands, Europe, Sub-Saharan Africa, Africa, Australia, South America and not only.

Biodiversity protection in DABITRON projects. To focus on a greener world, DABITRON designs energy projects that protect local biodiversity.

DABITRON has sustainability at the core of our mission values. We respect and encourage biodiversity. We believe that we can prioritise clean energy whilst safeguarding and increasing local biodiversity. We integrate biodiversity assessment in our projects and apply the mitigation hierarchy principle. Biodiversity is important across a spectrum of areas including cultural, ecological, recreational, economic and scientific fields. Our ultimate objective is to preserve and improve local natural environment. Each of our sites have ecological appraisals that evaluate habitat baselines, then, with unique consideration, we assess how we can achieve biodiversity gains.


In addition to site specific biodiversity requirements, Strategic DABITRON Power Projects will continuously commit to:
  • Preserving existing vegetation

    Minimal removal of vegetation is a high priority for us. We understand that preserving the natural landscape is important for local communities as well as for biodiversity. It is inevitable that sometimes vegetation needs to be removed. This is offset on another part of the Site, either through screening or biodiversity enhancement areas.

  • Sowing native plants

    We make sure to only use native seed mixes for any of our wildflower meadows and tree planting. This facilitates pollination by native birds, insects, bats and butterflies.  

  • Improving connectively

    We do this through a range of features, from wildlife corridors and the addition of mammal gates, to stepping stone habitats, joining features of value within the site and with the wider landscape.

  • Habitat creation

    The addition of bird boxes and hibernacula piles areas that can often act as stepping stone habitats as well as permanent homes for fauna.

  • Natural screening

    The inclusion of natural screening provides an opportunity for additional plantings, increasing biodiversity net gain of many of our sites.

DABITRON develop high-quality utility-scale of effective integration of Hybrid renewable energy power plant that combine multiple power generation sources, such as solar (PV) with energy storage (BESS), which can operate with STATCOM for regulate active and reactive power, with the objective of improving the grid power transmission capacity, to benefit local communities, reduce emissions and deliver returns for investors and/or investment founds. Our solutions are for on- and off-grid.

Project Development at DABITRON


TURNKEY POWER GENERATION HYBRID PROJECTS

GRID-CONNECTED OR OFF-GRID (STAND-ALONE)

END-TO-END SOLUTIONS


DABITRON Executing the Complete Power Generation Project

DABITRON developes and provide innovative renewable energy power plants systems (on-grid/ off-grid), solutions for energy supply (for large clean energy buyers) at cost competitive and high quality tailored services for power and utilities sector, industrial and zommercial applications.


Our hybrid power solutions combine renewable energy sources, synchronous electricity generation and storage technologies in a hybrid power plant.


DABITRON promote the development and management of comprehensive and integrated hybrid projects of any scale for every need, grid-connected or off-grid (stand-alone) - tailored Hybrid Renewable Power Plant projects (on large or small scale), installed on the ground (on the not unused lands), environmentally responsible that provides cost-effective and sustainable power generated from the sun around the clock.

  • Who Owns the Hybrid Power plant project?

    The developer sells the Hybrid Power Plant project to another company once the contract with the customer is signed and construction is set to commence.


    For a landowner, this is an important point. The lease agreement you sign for  land is between you and the developer. If the developer sells the project to another company to own and operate the Hybrid Power Plant project, the lease agreement will transfer to the project owner. 

Modern hybrid systems combine solar and battery storage in one and are now available in many different forms and configurations.


Due to the decreasing cost of battery storage, systems that are already connected to the electricity grid can start taking advantage of battery storage as well. This means being ab le to store solar energy that is generated during the day and using it at night.


When the stored energy is depleted, the grid is there as a back up, allowing consumers to have the best of both worlds.


Hybrid systems are also able to charge the batteries using cheap off-peak electricity (usually after midnight to 6am).


We offer ourselves as the developer of turnkey Hybrid Renewable Energy Power Plant projects, providing electric power to 100% renewable energy, with provide the highest ROI over the projects lifecycle.


When coupled with battery energy storage solutions - fully automated battery management systems, we offer the maximum flexibility to help meet and offset peak demand, storing excess solar power to increase its availability, manage critical and non-critical loads optimizing energy demand, fast power utilization from 0 to 100% in less than one second - ready to use, and ensure grid stability in a dynamic, constantly changing environment. 
Our end-to-end solutions are a unique combination of business know-how, search, services and technology, providing a unique one-stop control over all internal operations.

DABITRON: a solid partner for your investment.

How we operate

DABITRON as co-developer and hybrid renewable power plants projects integrator, in order to transfer the investment vehicle to the investor (customer), focuses on large sites and creates functional high-power plants.


The company's clients are normally of affluent international standing with diversified development portfolios in various parts of the world.


DABITRON is responsible for managing all stages of development for Hybrid power plants projects (Solar + BESS + STATCOM) proposed.

Land scouting

We carry out a preliminary constraint analysis and a strong due diligence.

Preliminary agreement

We proceed with negotiation and closing of preliminary land agreement (with the ownership of the land) and the services contract (with DABITRON).

Connection requests

We take care of the energy connection requests.

Engineering & submitting

We carry out preliminary and executive engineering necessary to obtain the final authorization.

Authorization procedure

We take care of the whole authorization procedure.


Our Development Service for Hybrid Power Plants

Project development know-how of ground-mounted Hybrid Power Plants.

In the field of HYBRID Power Plant projects development we will deal with:


analysis of site conformation and slopes, radiation intensity, shades áreas, constraint análisis restrictions, possibility of connection to the electricity grid in the cabin and connection costs, layout drawing, preliminary signatura of option with the owner of the land (for the land acquisitions or long-term rental), preliminary study of the environmental impact of the sitea, final geological and other environmental studies of the sitea, and of all the activities of preparation of the dossier relating to the site of interest.

all the steps from the start of the connection request process to the network, up the scheduled time based on national and regional procedures, to the authorization, in collaboration with our engineering partner companies.

DABITRON can provide the inversor with an excellent EPC service with advanced technology and competitive Price for the construction of the hybrid power plant (solar & BESS) to deliver a turnkey power park.

Project Development know-how


We develop hybrid Renewable Power Plants projects until RTB. Typical steps for developing a solar project:
  • creating a concept;
  • finding a plot of land;
  • detailed prefeasibility study;
  • feasibility study of the project;
  • obtaining permits and contracting;
  • engineering and construction.

Engineering


DABITRON provides turnkey services catered to all phases of each energy project´s life cycle:


  • Development
  • Construction
  • Commissioning

Site Management


We organise and lead all the construction phases with a pragmatic and decisive approach that is aligned with the client’s objectives and expectations.

In this phase, the DABITRON team, composed of internal and external specialists in solar projects, battery energy storage solutions, synchronous electricity generation from renewable sources and electrical Infrastructures, works in a coordinated manner to achieve the customer's objectives, offering services such as:

  • Pre-feasibility studies.
  • Grid access & connection.
  • Resource & Yield assessment studies.
  • Optimised grid connection alternatives.
  • Hybridisation and storage studies.
  • Greenfield co-development agreements.
  • Conceptual engineering for CAPEX/OPEX/LCOE.
  • Permitting Engineering.
  • Advanced basic engineering for EPC.
  • Grid code studies.
  • Land assessment studies: (i) Hydrological and drainage study; (ii) Fill & Cut Study; (iii)Topographic survey. (iv) Geotechnical study and pull out test.

ORIGINATION DEVELOPMENT
1 We looking for land suitable for the development of photovoltaic systems (scouting). Request for connection to the medium or high voltage electricity grid.
2 Let's first analyze the area. We manage and take care of relations with local Local electricity utilities
3 We take care of agreements with landowners (sales options or preliminary contracts for the establishment of surface rights). We draw up all the documentation necessary to carry out the environmental screening and to request the Environmental Impact Assessment.
4 We draw up an in-depth pre-feasibility study to be submitted to potential investors with whom to co-develop the project. We start and manage the authorization process with the competent authorities.
Since early beginning of the single development phase, DABITRON implements an extensive approach in order to analyze and optimize the technical and financial performance of the project in the long-term.

During the development phase, DABITRON acts as a strategic partner, following projects from their origin until they reach the “ready to build” (RTB) state, with a clear focus on project optimization, technological innovation, compliance with local regulations, regional and national regulatory requirements to obtain the necessary permits, licenses and administrative authorizations. Therefore the development, is consider not only in the technical aspects of the single projects but, includes all the other key elements as regulatory, geo-political, economic and financial elements as well the analysis regarding the electrical network and the connection to the grid.

  • Land Identification & Site Acquisition
  • Project Planning & Project Management
  • Development Application Process Management
  • Connection Application Design & Management

  • Preliminary design  
  • Detailed design  
  • Distribution Network Service Provider (DNSP) communication  
  • Termination works  

  • Engineering service.
  • Turn key full project scope design.
  • Chartered professional engineering sign off.
  • Onsite installation support.

  • Partnering with energy retailers, NSPs (Network Service Providers).
  • Creating sustainable and advantageous energy solutions  

  • Engaging and working with potential investors
  • Providing financial modelling and commercial analysis services .

  • DABITRON focus its attention on negotiating long term green purchase power agreements (Green PPA). PPAs guarantee a long term stabilized revenue stream, reducing the overall risk of the project.

You might also be interested in

Smart energy solutions for a descarbonized future. Renewable Hydrogen project development.

Hydrogen

energy


Learn More

Non-Intermittent 100% renewable electricity supply 24/7 a low cost.

DABITRON DH2SL ® Multi-MW Renewable Energy Power Station 


Learn More

Synchronous renewable energy generation. 

Green synchronous power generation 


Learn More

If you own land that might be suitable for solar or hydrogen projects, please feel free to contact us.

Landowner Partnership


Learn More

Renewable Hybrid Power Plant Solutions are the ideal response to changing energy markets.


Meet your renewable electricity needs and decarbonization goals with a single Renewables Power Purchase Agreement.

Go to DABITRON Green PPA →

Project request

Let’s explore how we can adapt our system to your individual requirements. Fill out this contact form and you can expect to hear from a member of our team within 15 working days. We will delete your data after 30 days.

* Required fields

End-to-End Services

Go to Services →
Microgrid energy solutions for mining industry, commercial / industrial / retail applications, utility - scale photovolyaic - pv, xommunity microgrid solutions,  microgrid for rural electrification, sustainable energy  for Africa, Sub-Saharan Africa, Renewable Energy Project Development Advisory, Asset Management and Administration Services Power Purchase Agreements Engineering, Procurement and Construction Services OM&M Services (Operation, Monitoring and Maintenance).

Share by: