Home/Solar Power Plants/Hybrid Solar Power Plant with BESS, 5 MW Capacity

Hybrid Solar Power Plant with BESS, 5 MW Capacity

General information

Hybrid solar power plant with BESS, 5 MW — composition and purpose

A ground-mounted energy complex: a grid-tied solar power plant of 5 MW plus a BESS storage system rated 5 MW and 20 MWh — the upper limit LK Energy takes on as general contractor. The package includes high-efficiency monocrystalline Tier-1 modules, inverters (Deye, Huawei, Solis), the storage unit, a step-up KTP/RP substation with the high-voltage section, and the metering, SCADA and monitoring systems.

Storage on this scale is not an option but the second half of the project: it smooths the daily generation profile, keeps critical loads supplied during outages within the batteries' reserve, and makes it possible to shift energy delivery in time. The plant is designed, manufactured and installed by one team: the switchboard equipment — KTP, RP and switchgear — is built at our own plant in Odesa, followed by electrical installation, commissioning and support with the grid connection. The typical delivery time is 5–8 months, from site selection to putting the plant into operation.

Price and CAPEX

The indicative cost of a hybrid solar-plus-BESS complex of this configuration is about $1,200/kW (example: $6,000,000 for 5 MW with 20 MWh of storage); the exact cost is calculated for the project, depending on the configuration:
  • Inverters (Deye, Huawei, Solis)
  • BESS (CATL, BYD, Sungrow)
  • Type of mounting structure
  • KTP/RP/transformer
  • Level of automation and SCADA
  • Complexity of the grid connection (technical conditions)

Design, technical conditions and permits

Consumption audit
analysis of the enterprise's energy consumption to determine the optimal capacity of the plant.
Concept development
drawing up the project taking account of all technical, legal and financial aspects.
Survey and geology
analysis of the site conditions for designing the plant.
Obtaining technical conditions
preparation of the technical conditions for connection to the grid.
Detailed design documentation
design and approval of all technical parameters.
Expert review and approvals
approval of the project with the authorities and the system operator.

KTP, RP, switchgear, high-voltage section

Design of KTP, RP and switchgear units and of high-voltage cable lines.

BESS (energy storage)

The storage system within the plant smooths the daily generation profile, keeps critical loads supplied during outages (within the batteries' reserve) and makes it possible to shift energy delivery in time. The capacity and the converter rating are selected for your consumption profile and connection scheme.

Electrical installation works and EPC

The integrated EPC approach includes:
Installation of structures
Mounting the solar panels and their supports.
  • Cable routes Laying the cables that carry the electricity.
  • Inverter systems
    Connecting the inverters that convert direct current into alternating current.
    KTP/RP substations
    Installing the transformer substations that feed the energy into the grid.
    BESS integration
    Integrating the energy storage systems into the plant's scheme.
    Commissioning (PNR)
    Commissioning works.
    Putting into operation
    completion of the installation and putting the plant into operation.

    Technical specifications of the plant

    Plant capacity: 5 MW
    System type: Grid-tied with BESS
    Inverter: Deye, Huawei, Solis
    Modules: high-efficiency monocrystalline panels
    BESS Capacity 20 MWh, power 5 MW, battery types CATL, BYD, Sungrow
    KTP/RP transformers, protection, automation
    SCADA and monitoring: Yes

    What's next

    The investment model and project structuring are covered on the Investing in industrial solar plants page. General contracting for plants from 500 kW to 5 MW — on the Industrial solar plants 500 kW – 5 MW page.

    Five questions

    Find the right equipment for your site

    Answer them and we will come back with a configuration and a ballpark price for your site.

    Question 1 of 5
    What do you need?
    Questions & answers

    FAQ

    How much time is needed to build and launch a solar power plant?
    The typical project implementation period is 5–8 months: from site selection and obtaining permits to commissioning the plant.
    What warranties apply to the equipment?

    The warranty periods below are set by the equipment manufacturers in accordance with their warranty certificates. LK Energy's warranty covers installation and commissioning works under the contract.

    • Solar panels – up to 25 years of manufacturer's performance warranty.
    • Inverters – 5–10 years (with the option to extend).
    • Monitoring systems and storage units – typically 5–7 years.
    Who operates the plant after launch?
    Under a service agreement we cover the technical side: plant monitoring, scheduled maintenance, and repair or replacement of equipment within the scope and on the terms set out in the agreement. Legal support and accounting remain with the plant owner.

    Price request:
    Hybrid Solar Power Plant with BESS, 5 MW Capacity

    Send us your single-line diagram or specification — we will estimate the configuration, lead time and price. Preliminary estimate within 24 business hours.

    +380 67 104 94 91
    Request a quote

    Send your single-line diagram or specification to info@lk-energy.com.ua — or we will contact you and ask.