Reconstruction of electrical networks at sewage treatment plants and installation of a photovoltaic power plant (PVS) for own consumption for the municipal enterprise Zvyagelvodokanal, with a capacity of 600 kW, at the address: village of Chyzhivka, Zvyagelv district, Zhytomyr region.

Sector
Municipal infrastructure and services
Stream
Restoration, development and modernization of centralized water supply and wastewater infrastructure, including the introduction of alternative energy sources
Preliminary Investment Feasibility Study
Project Status
Investment Feasibility Study
Entry into Portfolio
Local level of SPP
Implementation
Completion

General information

Description of the project

The project is aimed at increasing the energy efficiency and reliability of the wastewater system of the city of Zvyagel by installing a 600 kW solar power plant with an energy storage system with a capacity of 1200 kWh at the treatment facilities of the municipal enterprise "Zvyagelvodokanal". This facility functions as a central treatment plant for the municipality, managing the treatment and discharge of wastewater from most of the city network.

The project involves the implementation of a modern monitoring and analytics system for the operation of a solar power plant, which provides continuous collection, processing and visualization of data on electricity generation and consumption, the level of self-consumption, battery operation and modes of interaction with the power grid.

The implementation of the project will ensure the uninterrupted operation of critical infrastructure during peak loads and emergency shutdowns, reduce electricity consumption from the network and the costs of the enterprise, and increase the efficiency of balancing energy consumption. The initiative will help strengthen the city's energy sustainability, reduce CO₂ emissions and increase resource efficiency, making a significant contribution to achieving the community's climate and socio-economic goals.

The project has been prepared for participation in the competitive selection for the Solar Backup for Critical Infrastructure project, which is being carried out with the support of the Swiss State Secretariat for Economic Affairs (SECO). The potential cooperation will ensure the attraction of funding, international expertise and compliance with EU environmental standards. Thanks to this, the initiative has a comprehensive impact: it strengthens the city's energy sustainability, helps reduce CO₂ emissions, increases resource efficiency and makes a significant contribution to achieving the community's climate and socio-economic goals.

The purpose of the project

Main Goal:

Introducing innovations and energy-efficient solutions

Secondary Goal:

Contribution to climate or environmental goals, Improving the condition of infrastructure

Description of the purpose of the project and ways to achieve it

To introduce innovative and energy-efficient solutions, increase the reliability of wastewater treatment plants, and optimize electricity costs, it is planned to install a 600 kW solar power plant with an energy storage system with a capacity of 1,200 kWh. The project will reduce electricity consumption from the grid, reduce the company's costs, improve the state of the infrastructure, and reduce CO₂ emissions, which makes a significant contribution to the community's climate and environmental goals.

Problems and solutions resulting from project implementation

The treatment plants of the Zvyagelvodokanal municipal enterprise are critically important for the city's water supply, but they are completely dependent on the electricity supply from the network, which creates risks during emergency outages or peak loads. The lack of renewable energy sources leads to high electricity costs and low energy efficiency of the enterprise. In addition, the existing infrastructure does not provide monitoring and analysis of electricity consumption, which complicates the effective management of energy resources. The project implementation involves the installation of a 600 kW solar power plant with an energy storage system with a capacity of 1200 kWh, which will ensure uninterrupted operation of the plant even during emergency outages. The use of renewable energy will reduce electricity consumption from the network and reduce the enterprise's costs, increasing economic efficiency. The implementation of a monitoring and analytics system will ensure the collection and processing of data on the generation, consumption and operation of battery cells, which will allow for effective management of energy resources and a gradual scale-up of the project. As a result of the initiative, greenhouse gas emissions will be reduced, the city's energy sustainability will be strengthened, and the environmental and socio-economic efficiency of the wastewater system will be increased.

Socio-economic context

Indicator

Value

Other economic

30 thous. people

Strategic Case

Strategic feasibility of the project

Sector

Municipal infrastructure and services

Subsector

Water supply and sanitation

Stream

Restoration, development and modernization of centralized water supply and wastewater infrastructure, including the introduction of alternative energy sources

Strategic document

Регіональна стратегія розвитку

Task

4.1 Modernization of engineering networks and utilities

Project objectives

Indicator
Base value
Target value
Annual electricity production from renewable energy sources
0 MWh
660 MWh

Project Sustainable Development Goals

Demand for the service and its dynamics

What methodology was used to estimate demand?

Проводилось техніко-економічне обгрунтування
[Response was provided in the Preliminary Investment Feasibility Study]

Has data from external sources been used in the demand assessment?

Yes
[Response was provided in the Preliminary Investment Feasibility Study]

Does the demand forecast take into account the latest demographic and economic forecasts?

Yes
[Response was provided in the Preliminary Investment Feasibility Study]
Indicator
Year
Demand
Annual demand for services/infrastructure
1
30 thous. people
Economic justification

Analysis of the project's impact on ecology and climate change

Does the planned activity have a potential positive contribution to achieving climate or environmental objectives?

Transition to a circular economy
[Response was provided in the Preliminary Investment Feasibility Study]
Climate change adaptation
[Response was provided in the Preliminary Investment Feasibility Study]
Pollution prevention and control
[Response was provided in the Preliminary Investment Feasibility Study]
Sustainable use and protection of water and marine resources
[Response was provided in the Preliminary Investment Feasibility Study]
Protecting and restoring biodiversity and ecosystems
[Response was provided in the Preliminary Investment Feasibility Study]
Climate change mitigation
[Response was provided in the Preliminary Investment Feasibility Study]

Does the planned activity have a potential positive contribution to achieving climate or environmental objectives?

Sustainable use and protection of water and marine resources
[Response was provided in the Investment Feasibility Study]
Pollution prevention and control
[Response was provided in the Investment Feasibility Study]
Climate change adaptation
[Response was provided in the Investment Feasibility Study]
Protecting and restoring biodiversity and ecosystems
[Response was provided in the Investment Feasibility Study]
Transition to a circular economy
[Response was provided in the Investment Feasibility Study]
Climate change mitigation
[Response was provided in the Investment Feasibility Study]

Is the proposed project expected to significantly harm any of the following climate or environmental objectives?

None of the options are applicable

Is the proposed project expected to significantly harm any of the following climate or environmental objectives?

None of the options are applicable

Have the greenhouse gas emissions or emission reductions (Scope 1-2) associated with the project been calculated for a typical year and the entire project period?

Yes
[Response was provided in the Investment Feasibility Study]

Does the project require an environmental impact assessment (EIA) in accordance with the Law of Ukraine "On Environmental Impact Assessment"?

Conducting an EIA is not required.
[Response was provided in the Investment Feasibility Study]

Project sustainability and inclusivity

Identify potential gender risks of the project and indicate possible ways to overcome them:

Not applicable to my project
[Response was provided in the Preliminary Investment Feasibility Study]

Does the project provide for improving women's access to services?

Not applicable to my project
[Response was provided in the Preliminary Investment Feasibility Study]
Other benefits from project implementation
[Response was provided in the Preliminary Investment Feasibility Study]
The project will improve women's access to safe water, food, and medical services
[Response was provided in the Preliminary Investment Feasibility Study]

Are civil society organizations representing women and vulnerable groups included in the consultation process?

Yes
[Response was provided in the Preliminary Investment Feasibility Study]

Were consultations held with representatives of target groups to take into account gender equality issues in the project?

No consultations were held with target groups.
[Response was provided in the Investment Feasibility Study]

Have the gender risks and social impacts of the project been assessed?

All possible positive impacts of the project on women, men or other gender groups have been identified
[Response was provided in the Investment Feasibility Study]
All possible negative impacts of the project on women, men or other gender groups have been identified
[Response was provided in the Investment Feasibility Study]

Are there management and institutional mechanisms in place to ensure gender equality?

Not provided for by the project
[Response was provided in the Investment Feasibility Study]

Documents

Name
Date
ECONOMIC ANALYSIS.docx
26.02.2026
08:33:26 UTC

Alternative technical solutions

Technical Solution 1

Installation of a 600 kW hybrid solar power plant with an energy storage system with a capacity of 1200 kWh

Technical Solution 2

Installation of a 600 kW grid-connected solar power plant

Cost breakdownCost justificationCost justification
Project cost (preparation and implementation)75'711'919 UAH75'711'919 UAH
For preparation924'000 UAH924'000 UAH
For implementation74'787'919 UAH74'787'919 UAH
Project operation and closure cost29'438'073 UAH29'438'073 UAH
For operation29'438'073 UAH29'438'073 UAH
Average annual costs1'177'523 UAH0 UAH
Project duration, incl.7 months7 months
Deadline for developing a FFS3 months3 months
Implementation period4 months4 months
Service life300 months300 months
Target indicatorsDefined Defined
Technical Solution Status
Active

[The technical approach was selected for further detailed analysis or implementation.]

Rejected

[The technical approach was not selected for further detailed analysis or implementation.]

Components of a technical solution
To components
0
To components
0

Commercial Justification

Supplier and contractor market assessment

Is the project likely to attract a sufficient number of bidders to ensure real competition that will encourage bidders to think innovatively and maximize the quality of their proposals?
Yes

[Response was provided in the Preliminary Investment Feasibility Study]

Is the project of interest to small and medium-sized enterprises?
Yes

[Response was provided in the Preliminary Investment Feasibility Study]

Will the project involve national or international suppliers and contractors?
Yes, both national and international

[Response was provided in the Preliminary Investment Feasibility Study]

Has an analysis of available procurement options been conducted for the technical solution?
Yes

[Response was provided in the Preliminary Investment Feasibility Study]

What procurement strategy was chosen for the project implementation, and what justifies its feasibility in the context of the market and project objectives?
Для реалізації проєкту обрана стратегія закупівель «під ключ» через публічну закупівлю у системі Prozorro, що передбачає комплексне постачання обладнання, монтаж, пусконалагодження та інтеграцію сонячної електростанції в існуючу інфраструктуру. Доцільність цього підходу обґрунтована тим, що він дозволяє скоротити строки реалізації, мінімізувати технічні та логістичні ризики, забезпечити відповідність обладнання технічним вимогам і стандартам безпеки, а також гарантує економічну ефективність і прозорість процесу закупівлі в умовах українського ринку відновлюваної енергетики.

[Response was provided in the Investment Feasibility Study]

What approaches are planned to be used to ensure transparency, competition, and efficiency in the procurement process?
для забезпечення прозорості, конкуренції та ефективності процесу закупівель у межах реалізації проєкту планується застосування комплексного підходу, що відповідає принципам відкритості та підзвітності використання публічних коштів. Усі процедури здійснюватимуться через електронну систему публічних закупівель ProZorro, яка гарантує рівний доступ учасників, відкритість пропозицій і контроль громадськості.

[Response was provided in the Investment Feasibility Study]

What types of procurement procedures are envisaged by the project (open tender, negotiated procedure, competitive dialogue, etc.)?
Open competitive bidding

[Response was provided in the Investment Feasibility Study]

Pre-market engagement
Попереднє залучення ринку здійснювалося з метою визначення актуальної ситуації в галузі відновлюваної енергетики, технологій накопичення енергії та монтажу обладнання для об’єктів критичної інфраструктури. Для цього проведено аналіз відкритих тендерів у системі ProZorro, що стосувалися встановлення сонячних електростанцій і систем акумулювання енергії в Україні, зокрема в громадах, які вже реалізували подібні проєкти. Додатково виконано аналіз реалізованих у місті Звягель проєктів у сфері енергоефективності та автономного енергозабезпечення. Проведено консультації з галузевими експертами, інженерними компаніями та представниками постачальників обладнання, щоб уточнити технічні параметри, вартісні показники та логістичні особливості реалізації. Також здійснено порівняльний огляд ринку акумуляторних систем і сонячних модулів на основі відкритих комерційних пропозицій та технічних каталогів виробників. Отримана інформація дала змогу оцінити рівень конкуренції, наявність кваліфікованих постачальників і визначити оптимальні технічні рішення та бюджетні орієнтири для підготовки проєкту.

[Response was provided in the Investment Feasibility Study]

Potential market participants
під час підготовки проєкту проведено цільові консультації з представниками ринку у сферах відновлюваної енергетики, систем накопичення енергії, електромонтажних і проєктних послуг. Було опрацьовано інформацію від національних постачальників обладнання (зокрема компаній, що реалізовували аналогічні проєкти в громадах України), а також проведено консультації з міжнародними партнерами та технічними експертами

[Response was provided in the Investment Feasibility Study]

Market readiness assessment
Ринок України на сьогодні є готовим до реалізації подібних проєктів у сфері відновлюваної енергетики та енергоефективності. У країні сформовано достатню кількість кваліфікованих підрядників, проєктних організацій і постачальників обладнання, які мають досвід встановлення сонячних електростанцій та систем накопичення енергії для муніципальних і промислових споживачів. Необхідні технології та компоненти – сонячні модулі, інвертори, системи управління, акумуляторні батареї – є широко доступними на ринку через мережу офіційних дистриб’юторів та локальних виробників. Основні потенційні бар’єри можуть бути пов’язані з коливаннями цін на імпортне обладнання, строками митного оформлення та логістичними факторами, а також із потребою в оперативному узгодженні технічних умов підключення до електромереж. Регуляторне поле є стабільним і відповідає європейським стандартам, зокрема у частині публічних закупівель, енергоефективності та відновлюваних джерел енергії. Загалом ринок демонструє високу готовність до впровадження таких проєктів, що підтверджується успішною реалізацією подібних ініціатив у низці українських громад та промислових підприємств.

[Response was provided in the Investment Feasibility Study]

Financial justification

Total project budget

Total preliminary budget105'149'992 UAH105'149'992 UAH
Project cost (preparation and implementation)75'711'919 UAH75'711'919 UAH
For preparation924'000 UAH924'000 UAH
For implementation74'787'919 UAH74'787'919 UAH
Project operation and closure cost29'438'073 UAH29'438'073 UAH
For operation29'438'073 UAH29'438'073 UAH
For closing0 UAH0 UAH
Were the methodological recommendations approved by the Ministry of Finance of Ukraine applied when calculating the indicative budget?
Yes
[Response was provided in the Preliminary Investment Feasibility Study]
Were the methodological recommendations approved by the Ministry of Finance of Ukraine applied when calculating the indicative budget?
Yes
[Response was provided in the Investment Feasibility Study]

Average project cost per service recipient

Service UnitСередня вартість проєкту на одного отримувача послуги
Service Unit Cost2'493 UAH

Profitability of the project

Is the project expected to generate income?NoNo
Is the project self-sustaining?Yes
Has the financial condition of the potential beneficiary been assessed in accordance with the order of the Ministry of Finance of Ukraine dated 14.07.2016 No. 616?No
NPV Value130'258'756 UAH

Availability of services

Has an analysis been conducted of the accessibility of services for consumers and their financial ability to pay the established tariffs?
Not applicable – the project does not provide for the provision of paid services or the establishment of tariffs

[Response was provided in the Preliminary Investment Feasibility Study]

Project Financing Mechanisms

Are funding sources and mechanisms identified?

Source and MechanismYesNo

Funding Sources

Approved Funds0 UAH0 UAH
Expected Funds0 UAH0 UAH

Public-private partnership

Has a qualitative and quantitative assessment of the project's suitability for implementation through a PPP mechanism been conducted?
No, no assessment was conducted.

[Response was provided in the Preliminary Investment Feasibility Study]

Are there, after conducting an appropriate study, private investors interested in the possibility of implementing the project in the PPP format?
No

[Response was provided in the Preliminary Investment Feasibility Study]

Management Rationale

Team competencies

Determine which competencies/expertise required for successful project preparation and implementation can be provided by the project initiator's own project team (without involving external advisors)
Strategic justification - analysis of the strategic feasibility of the project

[Response was provided in the Preliminary Investment Feasibility Study]

Economic justification - economic analysis

[Response was provided in the Preliminary Investment Feasibility Study]

Project management - communication with stakeholders

[Response was provided in the Preliminary Investment Feasibility Study]

Project management - risk management

[Response was provided in the Preliminary Investment Feasibility Study]

Economic justification - social and gender analysis

[Response was provided in the Preliminary Investment Feasibility Study]

Project management - public consultations

[Response was provided in the Preliminary Investment Feasibility Study]

Economic feasibility study - technical expertise

[Response was provided in the Preliminary Investment Feasibility Study]

Business case - analysis of available procurement options

[Response was provided in the Preliminary Investment Feasibility Study]

Project management - legal support

[Response was provided in the Preliminary Investment Feasibility Study]

Strategic rationale - SDG compliance analysis

[Response was provided in the Preliminary Investment Feasibility Study]

Project management - working with international financial organizations (IFOs)

[Response was provided in the Preliminary Investment Feasibility Study]

Financial analysis - financial analysis

[Response was provided in the Preliminary Investment Feasibility Study]

Strategic rationale - demand analysis

[Response was provided in the Preliminary Investment Feasibility Study]

Economic justification - environmental expertise

[Response was provided in the Preliminary Investment Feasibility Study]

Business case - analysis of the market environment

[Response was provided in the Preliminary Investment Feasibility Study]

Does the team have experience implementing similar projects?
Yes, successfully implemented 1 or more similar projects

[Response was provided in the Preliminary Investment Feasibility Study]

Identify which competencies/expertise required for successful project preparation and implementation need to be strengthened by engaging independent experts or consultants
Economic feasibility study - technical expertise

[Response was provided in the Preliminary Investment Feasibility Study]

Is there an understanding of where to find relevant experts and consultants?
Partially, we are considering options

[Response was provided in the Preliminary Investment Feasibility Study]

Is the project management structure defined: working group, chair, project team?
Yes

[Response was provided in the Investment Feasibility Study]

What categories of experts and consultants have already been involved at the project preparation stage?
Specialists in interaction with international financial organizations (IFOs)

[Response was provided in the Investment Feasibility Study]

Environmental experts

[Response was provided in the Investment Feasibility Study]

Financial consultants/modelers

[Response was provided in the Investment Feasibility Study]

Legal consultants

[Response was provided in the Investment Feasibility Study]

Commercial experts

[Response was provided in the Investment Feasibility Study]

Economic analysts

[Response was provided in the Investment Feasibility Study]

Strategic consultants

[Response was provided in the Investment Feasibility Study]

Technical experts

[Response was provided in the Investment Feasibility Study]

Social/gender consultants

[Response was provided in the Investment Feasibility Study]

Management experts / project managers

[Response was provided in the Investment Feasibility Study]

Are there plans to involve experts and consultants for further implementation of the project?
Yes

[Response was provided in the Investment Feasibility Study]

Risk assessment

Financial riskDefinedUndefined
Operational riskDefinedUndefined

Organizational events

ResponseDefinedUndefined
Results of the feasibility analysis
Project Preparation Program Engagement and Funding Needs

Is there ongoing cooperation or support within the framework of international technical assistance (ITA) or from other donor or government agencies?

No
[Response was provided in the Preliminary Investment Feasibility Study]

Does the project require preparation assistance from Project Preparation Programs (PPF)?

None of the options are applicable

Does the project require additional preparation assistance from Project Preparation Facilities (PPF)?

None of the options are applicable
Need for financing

Does the project require additional funding for preparation?

No
[Response was provided in the Preliminary Investment Feasibility Study]

Project Approval History

DateDecision NumberPortfolioProject StatusDecisionReasonsMaturity level
27/02/2026SP-L-270226-826BC64ACommunity SPInvestment Feasibility StudyInclude--
10/04/2026SPP-L-100426-7C1D0E71Community SPPInvestment Feasibility StudyInclude--