Self-consumption PV systems for state-financed and non-government organizations
The engineering and installation center “Teplocel” offers a comprehensive solution – a grid-tied PV system for self-consumption that will allow you to cover 40 to 70% of your electricity needs and considerably economize thereafter.
All over the world, PV systems for self-consumption are rapidly gaining popularity. They become a solution not only for businesses and industries, but also for various non-government and state-financed organizations that can spend saved funds on different current needs.
Advantages of PV plant for self-consumption
SIMPLICITY
No bureaucracy, no need to spend months on obtaining approval from the utility company. PV system is easily integrated into the existing electric power system.
CONVENIENCE
PV system is completely automated. You just track your energy production via a convenient app and rejoice at your economy.
ENERGY INDEPENDENCE
Short payback period and independence of planned increase in electricity tariffs.
ECONOMY
Funds saved can be invested in the development of your organization.
SUSTAINABILITY
PV system gains your organization a positive public image that represents it as sustainable and environmentally friendly.
POWER OUTPUT EASILY INCREASED
You always can increase your PV system output or upgrade the plant.
Gallery of works
What a customer gets
40 to 70%
Coverage of self-consumption
From 5 years
PV system payback period
Upwards of 25 years
PV system service life
₴1 per 1 kW*hour
The tariff will be fixed at ₴1 per 1 kW*hour for the next 25 years.
Why a PV system is advantageous
A PV system or a solar power plant for self-consumption allows non-government and state-financed organizations to considerably economize and spend saved funds on their other current needs, such as purchasing furniture, equipment, paying bills, or wages. Besides this, a solar power plant can provide more extensive functionalities for your organization by connecting new consumers – lighting devices, security cameras, an additional heating system, or a hot water system. By installing a PV system, you can begin economizing significantly and stop depending on increasing tariffs.
By building a PV plant for self-consumption, you obtain a stable energy source for years to come. Considering the service life of PV systems, which is more than 25 years, this is an advantageous solution for long-term investments. An average payback period of a PV system is 5 to 6 years, and upon the expiry of this term, the plant turns into a free power source allowing you to cover 40 to 70% of your consumption.
A PV system for self-consumption also improves your public image by shaping a positive vision of your organization as sustainable and environmentally friendly and allows you to make a considerable contribution to energy efficiency and energy independence of your community and country.
What we can offer you
A photovoltaic system for self-consumption is a set of equipment that generates electricity from solar radiation and provides it for the consumer’s current needs. A PV system must be designed such that it best meets the power consumption, meaning the volume of electricity produced is nearly equal to the volume of electricity consumed. Our goal is to provide an individual solution to maximize the amount of energy consumed and shorten the payback period. We aim to offer our customers the best value for money.
The team of the engineering and installation center “Teplocel” is committed to offering every customer an optimal solution to their task to help economize and get a long-term profitable project. The process of ordering a solar power plant is maximally easy and transparent for a customer and ensures constant communication with our team at every stage of it in case any issues arise.
- Inspection and analysis of a site for mounting a PV system, providing with recommendations on the optimal orientation and positioning of photovoltaic panels, inverters, and power conversion equipment;
- Measuring energy consumption of the object, calculating the required power considering the electrical demand;
- Developing design of the PV station;
- Developing a quotation proposal and calculating the payback period for the solar power plant;
- Concluding a sale and purchase agreement as well as an agreement for installation, commissioning and start-up;
- Purchase of equipment and its delivery to the site;
- Carrying out installation works by qualified staff in compliance with electrical regulations and standards, safety rules, State Construction Norms (DBN) and international standards;
- The power plant commissioning and start-up; if needed, training a customer’s staff;
- Maintenance of the PV system, ongoing consultations, and support, modernization of the solar power plant.