Solar Garden Projects

Solar Garden delivers renewable energy projects for businesses, agricultural enterprises, investors and international partners. Our core areas include the construction of solar power plants, installation of battery energy storage systems and the development of integrated PV + BESS solutions.

Each project is developed according to the specific characteristics of the facility, available area, electricity consumption profile, required capacity, grid connection conditions and client objectives.

The Solar Garden team supports projects through the main stages of implementation — from initial data analysis and technical concept development to equipment supply, installation, commissioning and system handover.

Completed Energy Projects

Solar Garden’s portfolio includes solar power plants and battery energy storage systems of different scales. The projects presented on this page are located in the Odesa, Poltava and Cherkasy regions, as well as within the Hansen Mission initiative.

These projects demonstrate how solar generation and energy storage can be used for different business and infrastructure needs:

• covering part of a facility’s own electricity consumption;
• reducing dependence on the external grid;
• storing surplus solar generation;
• providing backup power;
• improving energy resilience;
• optimising electricity costs;
• implementing renewable energy investment projects.

Odesa Region — PV + BESS

In the Odesa Region, Solar Garden has delivered an integrated project combining a solar power plant and a battery energy storage system.

Main project parameters

• Solar power plant capacity: 1.99 MW
• Huawei battery energy storage system power: 2 MW
• Battery energy storage capacity: 9 MWh

Combining a solar power plant with battery storage makes it possible to store part of the generated electricity and use it when required by the facility.

This can be especially valuable during periods of higher consumption, reduced solar generation or instability in the external grid.

When developing such solutions, it is important to coordinate the operation of solar modules, inverters, battery systems, the facility’s internal network and the energy management system.

Poltava Region — Solar Power Plant

The project in the Poltava Region includes a solar power plant with a capacity of 2.07 MW.

A commercial solar power plant of this scale can support the electricity needs of an enterprise or become part of a separate renewable energy investment project.

During implementation, Solar Garden considers:

• site or facility characteristics;
• available grid connection capacity;
• expected electricity generation;
• solar module layout;
• inverter configuration;
• structural and cable solutions;
• future operating conditions.

Hansen Mission

The Solar Garden portfolio also includes the Hansen Mission project, covering Hansen City, Miracle 1 and Miracle 2.

Main project parameters

• Solar power plant capacity: 0.5 MW
• Battery energy storage system: KSTAR KAC50DP
• Battery energy storage capacity: 5 MWh

This project demonstrates the potential of solar generation and energy storage systems for social, residential and infrastructure facilities.

Solar and battery solutions can help such facilities improve energy resilience, reduce dependence on external electricity supply and maintain the operation of important systems during grid disruptions.

Agricultural Enterprise — Cherkasy Region

For an agricultural enterprise in the Cherkasy Region, Solar Garden delivered an integrated solution combining a solar power plant and a battery energy storage system.

Main project parameters

• Solar power plant capacity: 0.69 MW
• Hithium battery energy storage system power: 1 MW
• Battery energy storage capacity: 4.18 MWh

For agricultural businesses, such solutions can be particularly relevant because of significant daytime electricity consumption, seasonal operations and the need to maintain stable power supply for production equipment.

The solar power plant can cover part of the facility’s current electricity demand, while the battery system can store surplus generation and supply electricity during periods of higher load.

What Our Projects Help Solve

Solar Garden projects are developed not only around installed capacity, but also around the practical business objectives of each client.

Lower Electricity Costs

A solar power plant can allow a company to use its own generation during daylight hours and reduce the volume of electricity purchased from the grid.

Improved Energy Resilience

A battery energy storage system can provide backup power for critical processes and reduce the impact of grid interruptions.

Optimised Electricity Consumption

Battery storage can charge when electricity is available and discharge during peak demand periods.

Better Use of Solar Generation

When a solar power plant produces more electricity than the facility consumes at a given moment, the surplus can be directed to the battery system.

Future System Expansion

During the design stage, Solar Garden can consider future capacity expansion, additional battery modules or further development of the energy management system.

Full Project Delivery Cycle

Solar Garden can support an energy project from the initial idea to the launch of a fully operational system.

Facility Assessment

Our team collects information about the project location, electricity consumption, available area, grid conditions and client objectives.

Technical Concept Development

We determine the preliminary solar power plant capacity, required battery storage capacity, equipment scope and operating logic of the system.

Engineering and Design

We prepare technical solutions, electrical diagrams, equipment layouts and working documentation.

Equipment Procurement

Solar modules, inverters, battery systems, mounting structures, cable products and protection equipment are selected according to project requirements.

Construction and Installation

Construction, installation and electrical works are carried out on site.

Commissioning

After installation, we test the equipment, configure control and monitoring systems and prepare the facility for operation.

Technical Support

After commissioning, Solar Garden can provide remote monitoring, maintenance, diagnostics and system modernisation.

Who We Work With

Solar Garden solutions may be relevant for:

• industrial enterprises;
• agricultural companies;
• logistics centres;
• manufacturing facilities;
• warehouses and commercial properties;
• developers;
• landowners;
• energy funds;
• Ukrainian and international investors;
• social and infrastructure facilities;
• businesses with high electricity consumption.

For each client, we develop an individual energy solution based on technical conditions, operating requirements and planned investment level.

Planning Your Own Energy Project?

Solar Garden can help assess the potential for building a solar power plant, installing a battery energy storage system or implementing an integrated PV + BESS solution.

To receive a preliminary assessment, please provide basic information about your facility:

• project location;
• type of business;
• average electricity consumption;
• load profile;
• available rooftop or land area;
• need for backup power;
• expected system capacity.

After reviewing the initial data, our specialists can recommend a possible system configuration, the next stages of implementation and the most suitable cooperation model.