Where is this project located?
WHAT AM I ABOUT TO INVEST IN?
The special purpose vehicle Solar Imperium S.r.l., belonging to Green Enesys Group GmbH, is seeking financing to support the development and authorization activities of a BESS – Battery Energy Storage System plant, designed for the storage and subsequent injection of electricity into the National Transmission Grid.
The plant will be built in the Municipality of San Mauro Forte, in the province of Matera, in the Basilicata Region, and will have a grid connection capacity of 50 MW for injection and 50 MW for withdrawal. The project is identified and registered with Terna.
The connection estimate and the related Minimum General Technical Solution (STMG), transmitted by Terna on March 1, 2024, were unconditionally accepted by the previous holder of the application, Solar Ventus S.r.l., with the selection of "Hypothesis 1". The acceptance documentation also includes the bank transfer receipt proving the payment required for the acceptance of the estimate. During 2026, a request was made to transfer the connection application in favor of Solar Imperium S.r.l. The related procedure was successfully completed, and Solar Imperium S.r.l. formally acquired ownership of the Terna application, previously held in the name of Solar Ventus S.r.l.
illustrative render of the B.E.S.S. (Battery Energy Storage System) project
The resources raised through the Campaign will be used to support the continuation of the technical, design, and authorization activities necessary for the development of the initiative, as well as to cover costs already incurred and those yet to be incurred as part of the grid connection process.
Solar Imperium S.r.l. operates within the pipeline of energy initiatives developed by the Group in Italy. The development model involves completing the technical and authorization procedures and subsequently monetizing the projects, including through sale to industrial investors, energy operators, or specialized funds.
HOW TO DEVELOP A BESS PROJECT
The process of developing a BESS project is given below in a simplified way:
- Preliminary analysis: site selection near existing power substations or renewable facilities, technical and economic feasibility study.
- Authorizations: request for Single Authorization (AU), services conference, environmental and landscape opinions, request and acceptance of connection quote (Terna or local distributor).
- Executive design: technical definition of the system (batteries, inverter, EMS), electrical and civil layout.
- Construction: EPC contracting, battery installation, civil and electrical works implementation.
- Connection and testing: grid connection, functional testing, commissioning.
- Operational management: continuous monitoring, maintenance, participation in markets (arbitrage, Fast Reserve, network services).
BESS projects can be developed stand-alone or integrated with RES plants. They do not currently enjoy direct incentives, but can participate in markets regulated by ARERA, GSE and Terna.
Learn more about BESS systems on the Enel Green Power website
HOW IS THE INVESTMENT REPAID?
BESS - Battery Energy Storage System
BESS – Battery Energy Storage System systems represent one of the most strategic and promising technologies for the evolution of the electrical system, as they make it possible to store energy during periods of greater availability and re-inject it into the grid when demand is higher or when operational conditions require it. Through the use of high-capacity batteries, these systems make the management of electricity more flexible, efficient, and stable, helping to balance production and consumption in real time.
The benefits derived from the adoption of storage systems are not limited to energy conservation, but also include support for grid stability, management of peak demand, reduction of congestions, and improvement of the quality and continuity of the electricity service. BESS can also provide regulation and balancing services, intervening rapidly in the event of frequency variations or imbalances between energy injected and withdrawn.
In the broader framework of the energy transition, the development of storage systems plays an essential role in promoting a growing integration of non-dispatchable renewable sources, such as solar and wind. The production of such plants is indeed subject to the availability of natural resources and may not temporally coincide with consumption requirements. BESS allow surplus energy produced to be absorbed, reducing the risk of curtailments to generation, and making it available when it is most needed.
From this perspective, BESS systems are configured as one of the technological solutions best capable of combining energy security, operational flexibility, integration of renewable sources, and greater efficiency of electrical infrastructures. Supporting the development and dissemination of such plants therefore assumes fundamental importance for achieving national and European decarbonization targets, contributing to the creation of a more resilient, sustainable energy system suited to future needs.
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QUALITATIVE SCORING AND FINANCIAL SCORING
ENERSCORE+ & EASYSCORE EXPERT INTEGRATED
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INTEREST RATE DEFINITION
In recent months, the global socio-economic context has led to a strong increase in inflation, which is the prolonged increase in the average level of prices for goods and services: the ECB has therefore predicted an increase in interest rates on mortgages and loans with the aim of preserving consumers' purchasing power. The increase in central rates is a macroeconomic policy to counter inflation: the goal of increasing rates is a reduction in purchasing power, reducing available liquidity for both individuals and companies, to slow down the economy and avoid a continuous uncontrolled rise in prices.
In June 2024, after 5 years, the ECB made a first cut in interest rates of 0.25 percentage points following macroeconomic estimates, opening up new scenarios in the financial market.
INDEXATION TO EURIRS AND EURIBOR INDICES
Just as banks determine the interest rate applied to loans, in this case too, the interest rate is linked to the EURIRS index (in the case of a fixed rate) and the EURIBOR index (in the case of a variable rate).
THE PLACE OF THE INTERVENTION
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SOLAR IMPERIUM S.R.L.
| Company Name | Solar Imperium S.r.l. |
|---|---|
| VAT Number | 05522750289 |
| Date of Incorporation | February 7, 2023 |
| Registered Office | Via Antoniana, 220/E - Campodarsego (PD) |
| Legal Form | Limited Liability Company |
| Significant Shareholders | Viridi RE Development GmbH and Solar Ambition Europe GmbH |
| Main Activity (ATECO) | 74.99 - Technical consulting services |
| LEI (Legal Entity Identifier) | 894500SUE3HT7QX08I95 |
Solar Imperium S.r.l. is a company owned by Green Enesys Group GmbH (managed through the German subsidiary Solar Ambition Europe GmbH) and Viridi RE Development GmbH. Through Solar Imperium S.r.l., both companies are developing this innovative BESS (Battery Energy Storage System) project, involving approximately 50 MWp battery energy storage systems in Basilicata, Italy.
Both developers, Green Enesys and Viridi, share a long track record of success in developing renewable energy projects worldwide.
THE GROUP - GREEN ENESYS & VIRIDI - INTERNATIONAL OPERATORS
Green Enesys Group is an international developer of innovative projects in the renewable energy sector and technologies supporting the energy transition. With over fifteen years of experience, the Group operates in the development of photovoltaic and agrivoltaic plants, battery and thermal storage systems, as well as projects dedicated to green hydrogen and e-methanol.
Over the course of its business, Green Enesys has completed over 70 industrial-scale energy initiatives and has developed, financed, and constructed approximately 500 MWp of projects internationally. The Group also has a project pipeline under development of approximately 12 GW, distributed across numerous international markets.
Viridi RE is an international developer specialized in the engineering, development, financing, and construction of plants for renewable energy production and storage. Thanks to experience gained over approximately eighteen years of activity, the Group has completed over 100 projects, operates in 15 countries, and has a total pipeline of approximately 12 GW.
Viridi also reports having constructed approximately 300 MW of plants as an EPC contractor, developed over 1,000 MW of projects globally, and completed the sale of over 1.5 GW of energy initiatives in recent years. Its activities include photovoltaic and agrivoltaic plants, wind farms, battery storage systems, thermal storage, and Power-to-X projects dedicated to the production of green hydrogen and e-methanol.
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Green Enesys and Viridi provide integrated expertise along the main stages of the development chain, from site selection and preliminary design to the management of authorization procedures, financial structuring, construction, and subsequent monetization of the plants. The Groups collaborate with landowners, investors, industrial clients, municipalities, and public administrations, aiming to develop projects compliant with the technical, environmental, and authorization requirements applicable in different regions.
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THE OPINION OF THE ANALYST
The analysis of the Company that is proposed for raising financing is the result of the report provided by EasyFintech S.r.l. - License art. 134 TULPS Prefecture of Milan prot. no. 14795/12B15E of 31/01/2020 - based on calculators from available databases such as Crif, CriBis, CeBi, Cerved, Dun & Bradstreet, InfoCamere and other financial scoring instrumentations that combine economic-financial, performance and reputational analyses with methodologies based on Artificial Intelligence, Machine Learning and Data Analysis.
CORPORATE STRUCTURE
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Participatory Finance
With this new crowdfunding campaign, the group renews its commitment to an energy transition model truly shared with the territories in which it operates. The goal of the fundraising is not only financial: it is to involve local stakeholders, allowing specific categories of users to become an active part of the sustainable development of their territory.
TANGIBLE RECOGNITION OF PROXIMITY
The structure of the interest rates offered in the campaign is designed precisely to enhance this bond with the territory:
- 9% gross interest rate - granted to all campaign participants
- 9.25% gross interest rate - specifically dedicated to residents of the Basilicata Region
This differentiation is not a simple economic incentive, but a way for the group to acknowledge and reciprocate the closeness of those who inhabit the areas directly involved in the project.
A COMMITMENT THAT GOES BEYOND THE SINGLE PROJECT
Through this and previous campaigns, the group confirms a consistent line: making widespread finance a real tool for collective participation in sustainable development processes, building lasting trust relationships with local communities, and placing the territory at the center of every energy initiative.
The campaign stems from the desire to trigger a virtuous collaboration between business and the local community, with particular attention, in this initiative, to the residents of the Region affected by the plant. This choice reflects a guiding principle of the group: the energy transition must generate direct value for those who experience the involved territories daily, not be limited to an abstract environmental impact.
COST STRUCTURE
The total connection cost for the photovoltaic system is € 1.374.436,73 (including VAT). To proceed with the procedures, it was necessary to pay Enel approximately ~ 30%, therefore € 412.331 (including VAT).
The collection on Ener2Crowd will allow to refinance this amount, in order to continue with the authorization procedures and the development of new projects in Italy.
AMORTIZATION PLAN
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Since November 2023, the sector has been governed by the ECSP (European Crowdfunding Service Providers Regulation), which introduced a uniform regulatory framework at the EU level, strengthening transparency standards, risk assessment procedures, and protections for the benefit of investors.
CONFLICTS OF INTEREST
The Relevant Parties, except for the Conflict of Interest Policy Manager and the Crowdfunding Service Provider, who cannot under any circumstances participate in the Crowdfunding Offerings published on the Platform, are authorized to invest in this Crowdfunding Offering on equal terms with all other Investors and without preferential treatment or privileged access to information.
For more information, please consult the policy at the following link
PROJECT DATA
SDGs ACTIVATED BY THE PROJECT
The SDGs - (Sustainable Development Goals) are 17 goals defined by the United Nations in the 2030 Agenda for Sustainable Development as a framework for a programmatic strategy "to achieve a better and more sustainable future for all" by 2030.
https://sdgs.un.org/goals
Why these SDGs?
• SDG 9 implements resilient structures and infrastructures;
• SDG 11 improvement of energy efficiency and strengthening of communities;
• SDG 12 responsible and efficient consumption of available resources;
• SDG 13 action against and mitigation of climate change with related reduction of GHGs.
Become a protagonist of the future and sustainable development by financing this initiative!
BESS (Battery Energy Storage Systems)
Battery Energy Storage Systems (BESS) are devices designed to store electrical energy efficiently, using advanced technologies that allow the storage of energy produced, for example, by photovoltaic and/or renewable power plants, and release it when needed. These systems are essential for optimizing the distribution of renewable energy, improving the reliability and stability of energy grids, especially in contexts where production is intermittent, as in the case of solar and wind energy. BESS consist of high-capacity battery modules, which can be scaled according to specific needs. The stored energy can be used to compensate for demand peaks or to support electrical grids during periods of low production, ensuring a continuous and balanced supply. Furthermore, BESS systems help reduce the need for fossil fuel power plants, thereby cutting CO2 emissions and facilitating the transition to a sustainable energy mix. From a financial perspective, BESS offer significant advantages, as they allow for maximizing the use of generated energy, reducing operating costs, and optimizing the management of energy flows. In many jurisdictions, the installation of storage systems is incentivized thanks to support policies that promote the adoption of innovative and sustainable energy solutions. Estimates indicate rapid growth for BESS systems in the coming years. In 2022, the global market recorded an installed storage capacity of approximately 15 GW, with growth forecasts exceeding 20% annually, bringing the total to over 60 GW by 2030. This development will significantly contribute to the decarbonization of global electrical grids, making the energy system more resilient, efficient, and with a low environmental impact.
Investing in BESS therefore represents a strategic choice not only to improve energy management efficiency, but also to promote a sustainable energy future, reducing dependence on fossil fuels and contributing to the fight against climate change.
WHAT ARE THE ENVIRONMENTAL BENEFITS GENERATED BY THE PROJECT?
BESS systems do not generate directly clean energy, but enhance the effectiveness of existing renewable sources and reduce reliance on fossil fuels, accelerating the energy transition.
Investing means evaluating not only return prospects, but also the destination of capital and the contribution it can generate over time.
Sustainable finance, impact finance, and the integration of ESG criteria allow economic-financial analysis to be accompanied by the consideration of environmental, social, and governance factors, offering a more complete view of investment opportunities.
Through Ener2Crowd, investors can participate in financing projects oriented, among other objectives, toward energy transition, emission reduction, and the development of more sustainable economic models, with potential positive impacts and related benefits through a participatory and inclusive financial model.
The environmental and social characteristics of individual projects, as well as any impact indicators, are represented on the basis of available information and the methodologies described in the relevant documentation subject to the investment. In an evolving context, the integration of sustainability factors makes it possible to broaden evaluation elements, accompanying traditional economic parameters with additional information useful for a more conscious investment choice.