KAIROS SOCIETÀ DI INGEGNERIA SRL

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Active since 2011 in the field of energy consultancy, Kairos is an Energy Service Company (E.S.Co) accredited by AEEG since 2011 and UNI CEI 11352 certified since 2013. It is staffed by professionals specialized in the field of energy efficiency with over 20 years of work experience.

The energy consultants at Kairos Ingegneria, through a detailed analysis of energy usage, can identify waste and suggest interventions aimed at optimizing energy management, solutions for modernizing existing systems (where necessary), and investments in new technologies based on renewable energy sources. These solutions aim to maximize efficiency and ensure a significant reduction in costs.

The Kairos team will support you not only during the initial verification phase. Once the objectives and necessary tools are identified, they will personally oversee, or work with external collaborators under their supervision, the implementation of the required interventions. They also offer assistance with bureaucratic procedures, ensuring transparency and efficiency in communication.

THE ANALYST'S OPINION

The analysis of the company proposing itself for the fundraising is based on the report provided by EasyFintech S.r.l. - License art. 134 TULPS Prefecture of Milan prot. no. 14795/12B15E dated 01/31/2020 - utilizing data from available databases such as Crif, CriBis, CeBi, Cerved, Dun & Bradstreet, InfoCamere, and other financial scoring tools. These tools combine traditional analysis (economic-financial, performance-based, reputational) with statistical methodologies based on Artificial Intelligence, Machine Learning, and Data Analysis.

Kairos Società di Ingegneria S.r.l. is an Italian ESCo established in 2011, specializing since its inception in energy efficiency. The company is headquartered in Atessa, Province of Chieti (CH).

The administrator of Kairos Società di Ingegneria S.r.l. is Dr. Claudio Bruno, with no reported past negative records.

The adopted analysis methodology includes the calculation of a synthetic risk indicator, known as Easyscore Integrated, obtained through a proprietary algorithm that integrates and synthesizes three partial scores (Easyscore Expert, CeBi Score 4, and CR Score). The Easyscore Integrated places the company in the category of “High Solvency.”

Below is a summary of the analyses of the other partial scores:

• Cribis D&B Rating: Assesses the financial solvency and commercial reliability of the company through the Cribis D&B Rating (Failure score, Delinquency score, Paydex Cribis D&B, negative events). Kairos Società di Ingegneria S.r.l. received a Cribis Rating of “3,” indicating an average risk of cessation.

• CeBi Score 4: CeBi analyses provide a PD – Probability of Default calculation using a certified algorithm for banks, within the scoring models and internal rating systems (known as Internal Rating Based) used by Italian financial institutions. The scores evaluate the company's economic and financial solidity within its current and prospective economic system. The balance sheet analysis as of 12/31/2022 under insolvency risk classifies the company in class V2, corresponding to a situation of Vulnerability with a PD of 1.07%. This class includes 12% of companies operating in the field of ARCHITECTURE, ENGINEERING, AND OTHER TECHNICAL STUDIES.

• CR Score: Provides a synthetic judgment on the usage of credit lines granted by the banking system, as reported in the Bank of Italy’s Central Credit Register. The score, calculated over a 12-month period, is confidential as it is not public data but indicates a High Security level.

The analyses summarized in the Easyscore Integrated place Kairos Società di Ingegneria S.r.l. in the “High Solvency” category.

CONTRACTUAL STRUCTURE

The Financing Agreement is a purpose-specific loan: Kairos Società di Ingegneria S.r.l. commits to using the funds received from investors strictly as outlined in the Project described in the public offering and not diverting them for other purposes.

COST STRUCTURE

The estimated cost for the installation of the systems is €496,265. The minimum fundraising target on Ener2Crowd will cover 20% of the Capex, while the maximum target is 30% of the total.

The costs will be allocated as follows:

FINANCING AMORTIZATION SCHEDULE

The amortization plan provides for the repayment of Capital and Interest with each installment. There will be quarterly installments of €7,968.03 starting from the sixth month.

The following amortization plan for Kairos - Società di Ingegneria - S.r.l. is calculated with an interest rate of 6.04% for a total of €100,000, excluding the EURIBOR3M which will need to be added.

Note: The start of the amortization plan is finalized on the last day of the month after the release terms have expired. Therefore, the schedule provided here is a mere simulation containing the first possible date in case the campaign is finalized at its expiration.

AMORTIZATION PLAN FOR SOPHISTICATED AND NON-SOPHISTICATED INVESTORS - 100k€ with 6 months grace period

*Gross of any applicable withholding taxes.

AMORTIZATION PLAN FOR PROFESSIONAL INVESTORS - 50k€ with 6 months grace period

*Gross of any applicable withholding taxes.

CONFLICTS OF INTEREST

The Relevant Parties, except for the Conflict of Interest Policy Officer and the Crowdfunding Service Provider, who are not allowed under any circumstances to participate in the Crowdfunding Offers published on the Platform, are authorized to invest in this Crowdfunding Offer 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

• SDG 7 production of accessible electrical energy from renewable sources;
• SDG 9 implements resilient structures and infrastructures;
• SDG 11 improving the overall efficiency of buildings and communities;
• SDG 12 responsible production thanks to renewable energy;
• SDG 13 combating and mitigating climate change with related GHG reductions;
• SDG 17 multi-stakeholder partnerships to address common challenges related to the transition to a more sustainable energy system.

Be a protagonist of the future and sustainable development by funding this initiative!

Renewable Energy Community (REC)

Energy communities are a model of energy organization and management involving a community of individuals, businesses, or local entities collaborating to produce, consume, and share energy sustainably. These communities promote self-production and self-consumption of renewable energy, reducing dependence on traditional and centralized energy supply sources through production from renewable energy systems. The production systems are often installed at the community or neighborhood level and may be owned collectively or cooperatively, involving community members as shareholders or participants.
One of the key aspects of energy communities is the sharing of produced energy. This means that locally generated energy can be consumed within the community itself or sold to nearby users, creating a decentralized energy exchange model. In this way, energy communities promote energy efficiency, reduce greenhouse gas emissions, and support the local economy.
Energy communities may also include smart energy management solutions, such as consumption management, real-time monitoring, and battery storage management. These technologies help optimize the use of produced energy and enhance local energy autonomy.
Energy communities represent an opportunity to actively engage citizens in the transition toward a more sustainable energy system, promoting participation, innovation, and awareness of energy consumption. This type of initiative offers not only environmental but also social benefits, and supporting it is an important step toward a more sustainable and inclusive future.

WHAT ARE THE ENVIRONMENTAL BENEFITS GENERATED BY THE PROJECT?

It is estimated that the C.E.R. of the Kairos Società di Ingegneria project will have a total annual production of 700,000 kWh, which is equivalent to:

                  

Saving 301,000 kg of CO2 in the atmosphere every year

                  

Planting 30,100 trees, enough to cover an area equivalent to 105 football fields

                  

Avoiding the emissions of 210 cars every year