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Produces greener energy with hybrid energy power plants.
innovative HYBRID
Renewable Energy Projects
Design and Implementation of Innovative Hybrid Renewable Power Stations.
DABITRONy is an ideal partner to delivery the Innovative Hybrid Renewable Power Stations to meet local's energy needs and requirements for a high-capacity renewable solution.
DABITRON HYBRID POWER PRODUCTION TECHNOLOGY
The Innovative 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 SC (or Static Synchronous Compensator - STATCOM), Electric Infrastructures and Agrivoltaic installations at one location.
The Hybrid Intermittent Renewable Energy Generation - the hybridization is the only commercially viable way to maximize RES penetration, while ensuring security of supply.

INNOVATIVE Hybrid rENEWABLE POWER
In the renewable energy sector, one of the biggest challenges faced by producers is curtailment (also known as constrained-off or production restriction in power generation facilities). Curtailment can lead to significant revenue losses and efficiency issues, but with the right solutions, these impacts can be minimized.
Mitigating renewable energy curtailment requires a multifaceted approach, which includes hybrid energy solutions which have 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.
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 innovative Hybrid Power Stations: a typical hybrid power plant combines electricity generation with battery storage.
- Battery storage systems are the most common technology combined with solar PV to create distributed systems capable of providing countinous reliable power to critical facilities or communities.
- The Solar PV and battery energy storage systems (BESS) are designed as a ‘package’ that can produce energy on demand.
Hybrid Intermittent Synchronous
Renewable Energy Generation
→ Hybrid PV farm with synchronous compensator (SC) or static synchronous compensator (STATCOM)
We develop, build and manage the operation of Hybrid PV farms with synchronous compensator (SC) or static synchronous compensator (STATCOM) that combin:
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 synchronous compensator (SC) or static synchronous compensator (STATCOM) that combin synchronous electricity generation from renewable sources and storage technologies:
Hybrid Intermittent
Renewable Energy Generation
→ Our types of battery storage systems.
- ON-GRID SYSTEM
- OFF-GRID SYSTEM
our Battery Energy Storage Business Model
Battery storage systems can store electricity from renewable energy plants and feed it back into the grid when needed. In this way, battery storage systems contribute to a stable and sustainable energy supply.
DABITRON offers design, development, management and operation services for flexible storage energy infrastructure:
- ON-GRID SYSTEM
- OFF-GRID SYSTEM
The co-location and hybrid approaches offer distinct business models and operational strategies for combining renewables with batteries.
Co-location treats the PV and battery systems as separate economic entities, focusing on independent profitability and shared grid infrastructure benefits. Conversely, the hybrid model integrates the renewable generator and battery system into a single economic unit, aiming for holistic optimization and enhanced internal rate of return of the whole asset through combined operations.
The choice between these models depends on specific project goals, regulatory environments, and market conditions.
Co-locating solar farms with BESS holds immense promise in shaping the future energy landscape, offering a path to a cleaner and more resilient energy ecosystem.
Co-location can offer flexibility and immediate benefits in grid connection, while hybrids provide deeper integration and potential long-term economic advantages through shared investment and operational synergies.
our TYPES OF BATTERY STORAGE SYSTEMS AND APPLICATIONS
We develop co-location of battery energy storage (AC/DC coupling) projects that use in different industries and application areas. For example:
- applications that comprise battery storage systems in electric power systems, such as utility-scale generation and energy storage facilities as well as transmission and distribution lines.
- applications that comprise battery storage solutions for industrial, commercial, residential and transportation sector.
Our core market for the development of BESS is Europe and Sub-Saharan Africa. In doing so, we consider both stand-alone and hybrid or site-integrated systems in combination with photovoltaic parks (co-location).
Our focus on battery storage:
- Optimisation strategies to reduce renewables curtailment using energy storage systems.
- For a stable electricity grid.
- Integrating large-scale energy storage systems.
- Enhancing grid resilience.
- Reliable energy when it’s needed most.
- Decentralisation of the electricity supply system.
- Making renewable energies usable around the clock.
Hybrid Intermittent
Renewable Energy Generation
- Types of battery storage systems developed by DABITRON and
- Applications
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
Integrated and Cost-Effective Solar Solutions.
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.
Solar power solutions:
What we do:
solar pv Curtailment
Load Curtailment Solutions for Energy Stability.
Curtailment is a significant challenge for renewable energy producers, but with the right tools and strategies, its impact can be minimized.
DABITRON offers solutions and advanced strategies to reduce renewables curtailment that can help turn these challenges into opportunities for optimization and efficiency, enhancing the sustainability and profitability of renewable energy assets:
- energy storage,
- smart management systems,
- predictive maintenance,
- advanced monitoring,
- data analysis.
BATTERY ENERGY STORAGE SYSTEMS (BESS)
Energy Storage Solutions (ESS).
- Stand-Alone battery energy storage (BESS) Projects.
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 the renewable energy projects - a optimisation strategie to reduce renewables curtailment using energy storage systems.
Battery energy storage solutions:
What we do:
ELECTRICAL INFRASTRUCTURES
- 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.
What we do:
SYNCHRONOUS COMPENSATORS
- hybrid photovoltaic-BESS farm with synchronous compensator (SC) or static synchronous compensator (STATCOM).
Synchronous Compensator Integrated with the Renewable Power Plant. A key part of renewable energy future.
What we do:
HYDROGEN
POWER
Green Hydrogen.
Local Green Hydrogen production.
Renewable Hydrogen used for generating electricity (Renewable Power-to-Hydrogen-to-Renewable Power).
What we do:
HYDROGEN STORAGE
Renewable Hydrogen Storage.
Local Green Hydrogen storage and utilisation.
What we do:
BIODIVERSITY
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:
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 synchronous compensator (SC) or static synchronous compensator (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.
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/SC) proposed.
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:
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. |
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Project request
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