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Solar Power Plants for Enterprises

We deliver projects for industrial solar power plants (СЕС) and energy storage systems (ESS): design, construction, modernization of power supply systems, and integration of new generation sources.

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Yulia Wenglinska

Your technical specialist

Yulia Wenglinska

  • 10+ years of experience

  • 30+ renewable energy projects completed in 2 years

  • Expertise: regulation, design, engineering solutions

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Solar Power Plant Placement Options

  • Ground-mounted

    • maximum flexibility in capacity;
    • easier maintenance;
    • best for enterprises with available land.

  • Rooftop

    • use of existing areas;
    • no land acquisition required;
    • requires checking the roof's load-bearing capacity and structural features.

  • Combined

    • Ground-mounted and rooftop generation within a single facility.

HOW MUCH ELECTRICITY DOES A SOLAR POWER PLANT GENERATE??

quote In Ukraine, 1 kW of installed solar power plant capacity produces on average 950–1,300 kWh of electricity per year depending on the region, tilt angle, module orientation and shading.

SOLAR POWER PLANT CAPACITY APPROXIMATE ANNUAL GENERATION
100 kW 95–130 MWh
500 kW 475–650 MWh
1 MW 0.95–1.3 GWh

THE ROLE OF A SOLAR POWER PLANT IN AN ENTERPRISE'S ENERGY SYSTEM

Configuration How it works Goal
Configuration

BASE GENERATION SOURCE

How it works

The solar power plant covers a significant share of the enterprise's daytime electricity consumption.

The external grid compensates for the generation deficit during evening hours, at night or when solar activity is insufficient.

Goal
  • lower electricity costs;
  • reduced grid consumption;
  • predictable operating costs.     
Configuration

SOLAR POWER PLANT + ESS

(battery storage)
How it works

The energy storage system stores surplus generation and releases it according to set operating algorithms.

Goal
  • use of stored solar energy in the evening;
  • covering peak loads;
  • reducing connected capacity;
  • cost-effective use of stored energy under applicable tariffs.
Configuration

SOLAR POWER PLANT + DGS

(diesel generator set, ДГУ)
How it works

The solar power plant operates together with a diesel generator set according to predefined control modes

Goal
  • reduced diesel fuel consumption;
  • longer generator service life;
  • backup power.
Configuration

SOLAR POWER PLANT + COGENERATION UNIT

(cogeneration unit, КГУ)
How it works

Solar generation operates in parallel with the cogeneration unit, offsetting part of the electrical load.

Goal
  • optimizing the cogeneration unit's operating modes;
  • minimizing electricity generation costs;
  • load balancing.
electric panels

COMPREHENSIVE MODERNIZATION OF THE ENERGY SYSTEM

The solar power plant is built together with the reconstruction of the enterprise's electrical infrastructure.

A single project may include::

  • modernization or replacement of packaged transformer substations (КТП) and distribution points (РП);
  • retrofitting of existing switchgear cells;
  • construction of cable networks;
  • relay protection;
  • commercial metering;
  • dispatch control.
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Will a solar power plant deliver the expected economic effect for your enterprise specifically??

Before starting a project, we assess:

  • 1 / hourly load profile;
  • 2 / production seasonality;
  • 3 / tariff structure;
  • 4 / available area;
  • 5 / capabilities of existing networks;
  • 6 / prospects for production expansion;
  • 7 / equipment operating modes.

WE WILL ANALYZE YOUR ENTERPRISE'S CURRENT OPERATING MODE, YOUR NEEDS, EXPECTATIONS, AND CAPABILITIES, AND PROVIDE A COMPETENT SOLUTION.

WHAT WE ARE RESPONSIBLE FOR:

Pre-Design Analysis

We assess the technical and economic feasibility of building a solar power plant. We analyze load profiles, tariffs, enterprise operating modes, capabilities of existing networks, prospects for adding an ESS, and production growth.

Design and Integration

We develop design solutions for new construction or modernization of an existing power system. We define connection schemes, equipment parameters, operating modes, and algorithms for interaction with the external grid, backup generation, and the ESS.

Electrical Equipment Production

At our own plant we manufacture packaged transformer substations (КТП), distribution points (РП), KZO chambers (КЗО), panels for power collection, protection, and metering, and other electrical switchgear according to the project.

Electrical Equipment Production

Site preparation and foundations, installation of mounting structures and roof mounting systems, installation of photovoltaic modules and grid inverters, ESS installation, and construction of cable lines.

Engineering systems

Relay protection, automation, grounding, lightning protection, dispatch control, commercial metering, commissioning, and putting the facility into operation.

connection and regulatory framework

connection and regulatory framework

We determine the operating model of the solar power plant and ESS self-consumption, feeding electricity into the grid, or energy arbitrage. We determine the facility's status and the connection and metering scheme. We prepare documentation and approvals, and support registration and commissioning.

Enterprises turn to ENTIE when they need to:

  • 1 / Reduce electricity costs
  • 4 / Install an ESS or backup generation
  • 2 / Integrate solar generation while minimizing risks to production
  • 5 / Prepare infrastructure for increased production capacity.
  • 3 / Modernize the existing power supply system
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17CEC
27 250kW

of installed capacity