Solar power plants for business

Reduce the volume of electricity consumption from the grid by 30-50% per year, depending on the consumption mode at the enterprise.

Advantages of solar stations for business

Saving electricity

The solar power plant reduces electricity consumption during the day, providing savings of 35-50% annually, depending on the consumption mode of the enterprise.

Return on investment

At a tariff of 7 UAH/kWh for legal entities, the solar power plant will pay for itself in 5.5 years with self-consumption. With a higher tariff, the payback will come even faster.

Does not require additional registration

test

Solar power plants for self-consumption do not require a feed-in tariff and government approval, simplifying the process.

Improve your brand image

Many B2B companies prefer partners that use renewable energy sources.

Maximize business profitability

Saving energy will help reduce the cost of products and services, which in turn will increase the profitability of your business or enterprise.

Areas of use

Such stations are installed on the roofs of enterprises, production lines, and logistics warehouses to compensate for operating costs of electricity.

Services

SERVICE STATION
Sinks
GAS STATION

Trade

Supermarkets
SHOPPING CENTER
Warehouses

Agriculture

Elevators
Farms
Greenhouses

A set of solar power plants for self-consumption

Photovoltaic modules are energy generators that convert sunlight into electricity.
Inverter- Equipment for converting direct current into alternating current.
Battery – A device that stores and accumulates electricity.
Mounting – Metal structures for reliable mounting of solar modules.
Protection automation – Responsible for the safety of the solar station and protects the main equipment.
SMART METER – A special type of electric meter that not only monitors the amount of electricity consumed, but also limits the sale of solar electricity to the grid.

Service "Energoservice" for Business

Solar Hub самостійно постачає обладнання з Європи та Азії

Under the terms of the energy service contract, complex turnkey services for improving the energy efficiency of the business are provided, namely, the installation of a solar station at the Client’s premises at the expense of Solar Hub. This includes the technical development of an energy-efficient project, financing, supply and installation of energy-efficient equipment, guaranteed energy savings, monitoring of energy consumption and maintenance of modernized equipment, and training of the client’s employees in the use of new equipment and technologies.

Benefits of an energy performance contract (EPC)

Absence of risks – Solar Hub assumes all the risks of achieving energy savings in the project
Easy financing – no collateral, no commission fees and no interest payments, unlike bank loans
Energy savings – guaranteed energy savings after the project implementation
Modernization of equipment – the client receives new equipment after the end of the contract
Transparency of investments – the return on investment is made exclusively through energy savings

Loans available "5-7-9"

We help with the preparation of documents for the program. An example of calculating the efficiency of a SPP for 10 years of operation with a loan:

Output parameters

Power:

151 kW
Annual growth
electricity:

8%
Location:

roof
Cost of electricity:

6.50 UAH/kWh

Indicative cost of the station: 4 452 5421 UAH

Loan terms and conditions

Down payment (30%):

1 250 220 UAH
Loan amount (70%):

2 250 220 UAH
Interest rate:

10% per annum
Postponement:

6 months
Insurance
(0.2% annually)

1 250 220 UAH

Loan term:
5 years

Conclusion on calculations

Savings over 10 years:

14 202 202 UAH
Tax credit:

670,000 UAH
Payback period:

4.5 years
Generation by
10 years:

2 202 202 MWh
Annual generation:

202 202 MWh

Monthly payment:
75 000 UAH

Stages of work

DESIGNING A SOLAR POWER PLANT – We conduct non-contact measurements using a drone and recreate a 3D model of the object in a special Pix4D program. Preparing a project for the location of solar panels in AutoCad
EQUIPMENT SELECTION – Taking into account the energy consumption audit and the finished project, we select the optimal equipment for the solar power plant
CALCULATION OF COST AND FEASIBILITY STUDY – We prepare a price offer, calculate the plant’s productivity and, based on existing tariffs, calculate the economic feasibility and payback period
CONTRACT SIGNING – We agree on the terms of the project, the calendar plan and the general conditions of the project
SES CONSTRUCTION

Completed projects

Municipal Non-Profit Enterprise “Drohobych City Hospital No. 1” Drohobych City Council

Solar station for self-consumption

Lviv Municipal Utility Company Lvivvodokanal

Solar station for self-consumption with a capacity of 700 kW.

Chornomorskvodokanal utility company of the Chornomorsk City Council

Solar station for self-consumption with a capacity of 497 kW.

Municipal Non-Profit Enterprise “Truskavets City Hospital” of Truskavets City Council

Solar station for self-consumption with a capacity of 105 kW.

Shop products

Hybrid inverter kits with batteries for 10 kW solar power plants

There are still questions

Get a 10% discount on your first order

Solar power plants for business

Advantages of solar stations for business

Saving electricity

Return on investment

Does not require additional registration

test

Improve your brand image

Maximize business profitability

Areas of use

Services

Trade

Agriculture

Service "Energoservice" for Business

Loans available "5-7-9"

Output parameters

Loan terms and conditions

Conclusion on calculations

Stages of work

Completed projects

Municipal Non-Profit Enterprise “Drohobych City Hospital No. 1” Drohobych City Council

Lviv Municipal Utility Company Lvivvodokanal

Chornomorskvodokanal utility company of the Chornomorsk City Council

Municipal Non-Profit Enterprise “Truskavets City Hospital” of Truskavets City Council

Shop products

Hybrid inverter kits with batteries for 10 kW solar power plants

Three-phase, 380V/50hz, 100KW, 100KW, current-limiting network inverter Deye SUN-100K-G03

THREE-PHASE HIGH-VOLTAGE HYBRID INVERTER DEYE SUN-50K-SG01HP3-EU-BM4

High-voltage rechargeable lithium battery 48.84 kW/460.8 V/ 106 Ah (BRLF-HV45K16SN)

Three-phase, 380V/50hz, 80KW, 80KW, current-limiting mains inverter Deye SUN-80K- G03

High-voltage rechargeable lithium battery 32.56 kW/307.2 V/ 106 Ah (BRLF-HV30K16SN)

Three-phase, 380V/50hz, 40KW, 40KW, current-limiting mains inverter Deye SUN-40K-G03

Solar panel Hanersun Hitouch6N HN21N-66HT700W

High-voltage rechargeable lithium battery 54.27 kW/512 V/ 106 Ah (BRLF-HV50K16SN)

Hybrid inverter kits with batteries for 20 kW solar power plants

Solar panel Hanersun Hitouch5N HN18N-54HT440W

High-voltage rechargeable lithium battery 37.99 kW/358.4 V/ 106 Ah (BRLF-HV35K16SN)

High-voltage rechargeable lithium battery 43.41 kW/409.6 V/ 106 Ah (BRLF-HV40K16SN)

Three-phase high-voltage hybrid inverter Deye Sun-40K-SG01HP3-EU-BM4

Three-phase, 380V/50hz, 110KW, 110KW, current-limiting mains inverter Deye SUN-110K-G03

High-voltage rechargeable lithium battery 27.13 kW/256 V/ 106 Ah (BRLF-HV25K16SN)

Hybrid inverter kits with batteries for 15 kW solar power plants

Three-phase, 380V/50hz, 50KW, 50KW, current-limiting mains inverter Deye SUN-50K-G03

Solar panel Hanersun Hitouch5N HN18N-72HT580W

Three-phase, 380V/50hz, 60KW, 60KW, current-limiting mains inverter Deye SUN-60K- G03

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