Summary
  • Days left
    11
  • Base rate until
    9,25%
  • Investment duration
    24 MONTHS
  • Investors
    290
  • Min/Max investment
    100 / 10.000€
  • Project type:
    RENEWABLE SOURCES
  • Minimum raised target
    100.000 €
  • Maximum raised target:
    250.000 €
  • Basic annual rate of return:
    9.00% For all investors
    9.25% Only for residents of Campania (Italia)
  • Investment duration:
    24 MONTHS
  • Type of amortization:
    Bullet amortization Periodic repayment of interest and capital only at’last installment.
    For more details, see the section "FINANCIAL DATA"
  • First instalment repayment date:
    2026-01-31
  • Last repayment date:
    2027-10-31


WHAT AM I ABOUT TO INVEST IN?

The Solar Florentia S.r.l. Vehicle Company, part of Green Enesys Group GmbH, is applying for funding to develop a BESS (Battery Energy Storage System), 65 MW battery energy storage systems that will be connected to the national energy system.

The plant will be built in the Campania Region, in the municipality of Sessa Aurunca (CE). The plant is in the authorization process and the connection quote from Terna has already been accepted, with the corresponding payment. The amount raised through this Campaign will be used in part to refinance this amount and to continue the authorization phase and the development of the project.

The company is developing numerous renewable energy plants of capacities ranging from 5 MW to 50 MW throughout Italy. In fact, it has already signed preliminary purchase and sale agreements for land on which it will go on to build the plants after receiving authorization from the relevant authorities. The plants, once developed and built, will be sold to interested investment funds and/or investors.

The financing through the platform is precisely to enable the Company to pursue the development of the Group's pipeline of renewable plants located in Italy.

The PROJECT

The BESS system consists of 5 strings of batteries, each with a capacity of 2.5 MW and 24 MWh of storage (with a duration of 8 hours). The project will help stabilize the grid operations and support the national energy transition by feeding energy from renewable sources in a constant and long-lasting way, avoiding the typical problem of feeding energy from renewable plants and related system peaks.

The BESS plant will also be optimally located in close proximity to an existing photovoltaic plant and also to Terna's high-voltage substation.

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

EnergRed Logo EnergRed Logo

HOW IS THE INVESTMENT REPAID?

The project involves the development of a BESS project. The project involves the development of the technical/engineering and authorization part. Once the project is authorized, it will be sold to a third party, which to date has not been identified.

QUALITATIVE SCORING AND FINANCIAL SCORING

ENERSCORE+ & EASYSCORE EXPERT INTEGRATED

Ener2Crowd provides a first qualitative parameter called ... Register or login to find out all the details!

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

The venue will be at ... Register or login to find out all the details!

SOLAR BARIUM S.R.L.

Solar Florentia S.r.l. is a company owned by Green Enesys Group GmbH (managed through its German subsidiary Solar Ambition Europe GmbH) and Viridi RE Development GmbH. Together with Solar Papilio S.r.l., both companies are developing this innovative BESS (Battery Energy Storage System) project of about 65 MWp in Campania, Italy.

Both developers, Green Enesys and Viridi, share extensive experience in successfully developing renewable energy projects worldwide.

Logo Green Enesys




Green Enesys was founded in 2009 as a renewable energy project developer. Its main goal is to develop photovoltaic plants worldwide. Over the past ten years, more than 490 MWp of solar PV projects have been developed, financed, and built.

Logo Viridi




The Viridi RE Development team has successfully developed renewable energy plants, providing technical consulting based on its solid experience built over 15 years in project development and EPC.

Green Enesys and Viridi have long-standing experience working with municipalities, private entities, and public administrations to ensure all planning and permitting requirements are met for project implementation. Together, the developers have a strong local presence in Italy, particularly in Basilicata, Campania, Puglia, Sardinia, and Sicily.

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.

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CORPORATE STRUCTURE

The Loan Agreement is a purpose loan: ... Register or login to find out all the details!

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

The amortization plan provides for repayment... Register or login to find out all the details !

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

SDGs ACTIVATED BY THE PROJECT

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fast





The SDGs - (Sustainable Development Goals) are 17 goals defined by the United Nations Organization in the Agenda 2030 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
By funding this project you cancontribute to support and implement the following SDGs Sustainable Development Goals:


Why these SDGs?

- SDG 9 implement resilient facilities and infrastructure;
- SDG 11 improve energy efficiency and strengthen communities;
- SDG 12 responsible and efficient consumption of available resources;
- SDG 13 combat and mitigate climate change with related GHG reduction.

Become a key player in the future and sustainable development by funding this initiative!

BESS (Battery Energy Storage Systems)

Battery-based energy storage systems (BESS) are devices designed to store electrical energy efficiently, using advanced technologies that allow energy produced, for example, by photovoltaic and or renewable plants, to be stored and returned when needed. These systems are essential for optimizing the distribution of renewable energy, improving the reliability and stability of energy networks, especially in contexts where production is intermittent, as in the case of solar and wind power. BESSs are composed of high-capacity battery modules that can be scaled to meet specific needs. The stored energy can be used to offset peak demand or to support power grids during periods of low production, ensuring a continuous and balanced supply. In addition, BESS systems help reduce the need for fossil fuel plants, thereby lowering CO2 emissions and facilitating the transition to a sustainable energy mix. Financially, BESS offer significant benefits by maximizing the use of energy generated, reducing operating costs, and optimizing energy flow management. In many jurisdictions, the installation of storage systems is incentivized through supportive policies that promote the adoption of innovative and sustainable energy solutions. Estimates indicate rapid growth of BESS systems in the coming years. In 2022, the global market recorded an installed storage capacity of about 15 GW, with projected annual growth of more than 20 percent, bringing the total to more than 60 GW by 2030. This development will contribute significantly to the decarbonization of the world's power grids, making the energy system more resilient, efficient, and environmentally friendly.

Investing in BESS is therefore a strategic choice not only to improve the efficiency of energy management, but also to foster 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.

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