Regeneration of solar energy into electrical energy.

 

Regeneration of solar energy into electrical energy.

 

 

What are the possibilities of using this technology?

 

 For example, the energy consumption of an existing facility with an electric power of 76 kW is 55,000 kW/h per month. x 2.16 UAH/kW.= 118,800.00 UAH. per month. Accordingly, per year, 118,800.00x12 months = UAH 1,425,600.00.

 

⬥ Installation of solar energy regeneration, with a capacity of 100 kW/h, costs UAH 2,700,000.00.

 

⬥ Power 1kW. solar battery produces 1100 kW / h. in year.

 

⬥ Installation power 100 kW. x1100 kW/h, per year =110,000 kW/h. in year.

 

⬥ The cost of electricity under the feed-in tariff, taking into account the payment of taxes, is 13.48 UAH/kW x 110,000 kW/h. = UAH 1,482,800.00 2,700,000.00 / 1,482,800.00 = 1.82.

 

 Payback of the installation is less than two years.

 

 

There are three types of solar power plants.

 

 Network

 

 Hybrid

 

 Offline

 

 For PHYS. persons and JUR. Persons

 

 

Panels are of two types

 

⬥ Polycrystalline.

 

 Monocrystalline.

 

 

Commercial solar power plant.

 

Commercial solar power plant

 

 

Household solar power plant.

 

Household solar power plant

 

 

There are already 50 such projects and 51 for 600 kW.

 

Household solar power plant

 

 

Schematic diagram of a photovoltaic installation

 

Schematic diagram of a photovoltaic installation

 

 

Minimum equipment:

 

 

Savings per year, %: 85%

 

 

 

Cost of turnkey PV power plant: 11,920 $

 

⬥ Possible economic effect from the generation of solar power plants for the year: 366 $

 

 Savings per year: 85%

 

 Expenditures for electricity from external networks per year (excluding PV): 432 $

 

 Annual electricity consumption by the facility, kWh: 7,200

 

 Cost of 1 kWh for other people: 0.060 $

 

 Consumption indicators from PVS for the year, kW*g: 6,100

 

 Average annual generation of solar power plants, kWh: 9,150

 

 Consumption level from ext. networks, kWh: 1 100

 

 Free excess energy from PPV kWh: 3,050

 

 Battery power reserve: 8.0 kWh

 

 Runtime from battery.R = 4 kW, hour: 2.0

 

 Battery power reserve: 8.0 kWh

 

 

The main components of the FES included in the price:

 

PV module: JA Solar 72S30 540 /MR NS: 3,570 $

 

Hybrid inverter: Must PV18-5248 PRO 1f. 5 kW, 48V, 2 MPRT: 1,700 $

 

Module fixing kit (roof): StringSetter В14 XL (Kripter) 750 $

 

PV cable: TOP Cable 6 mm2 500 m (Spain). $600

 

Battery: LogicPower LPN-GL 12V 200 Ah $2,200

 

Consumables (AC cables, grounding, shields, circuit breakers, sealants, anchors, boxes, etc.): 1,000 $

 

DC/AC Protection: 400 $

 

 

Total equipment:  10,220 $

 

Technical survey work, development of a working scheme, installation of a solar power plant:  1,700 $

 

 

Warranty terms:

 

PV modules: JA Solar 72S30 540 /MR NS - 20 years

 

Inverter: Must PV18-5248 PRO 1ph. 5 kW, 48V, 2 MPPT. - 2 years

 

Battery: LogicPower LPN-GL 12V 200 Ah - 2 years

 

 

Basic equipment:

 

 

Savings per year, %: 93%

 

 

 

Cost of turnkey PV plant: 14,555 $

 

⬥ Possible economic effect from the generation of solar power plants for the year: 402 $

 

 Savings per year, %: 93%

 

 Expenditures for electricity from external networks per year (excluding PV): 432 $

 

 Annual electricity consumption by the facility, kWh, kWh: 7,200

 

 Cost of 1 kWh for other people: 0.060 $

 

 Consumption indicators from PVS for the year, kWh: 6,700

 

 Average annual generation of solar power plants, kWh: 13,500

 

 Consumption level from ext. networks, kWh: 500

 

 Free excess energy from PPV kWh: 6,800

 

 Battery power reserve: 8.0 kWh

 

 Runtime from battery.R = 4 kW, hour: 2.0

 

 Battery power reserve: 8.0 kWh

 

 

The main components of the FES included in the price:

 

PV module: JA Solar 72S30 540 /MR NS 5 355 $

 

Hybrid inverter: Must PV18-5248 PRO 1f. 5 kW, 48V, 2 MPPT. 2,550 $

 

Module fixing kit (roof): StringSetter В14 XL (Kripter) 750 $

 

PV cable: TOP Cable 6 mm2 500 m (Spain). 600 $

 

Battery: LogicPower LPN-GL 12V 200 Ah 2,200 $

 

Consumable materials (cables of a replacement stream, grounding, shields, automatics, sealants, anchors, boxes and other). $1000

 

DC/AC protection. 400 $

 

Total hardware: 12,855 $

 

Technical survey work, development of a working scheme, installation of a solar power plant:  1,700 $

 

 

Warranty terms:

 

PV modules: JA Solar 72S30 540 /MR NS - 20 years

 

Inverter: Must PV18-5248 PRO 1ph. 5 kW, 48V, 2 MPPT. - 2 years

 

Battery: LogicPower LPN-GL 12V 200 Ah - 2 years

 

 

Maximum equipment

 

 

 

 

 

Turnkey cost of PPV 28,774 $

 

⬥ Possible average annual profit from PV generation, net of taxes: 6,862 $

 

⬥ Cost of 1 kWh of "green" tariff: 0.16 €

 

⬥ Average annual generation of solar power plants, kWh: 44,400

 

⬥ Energy transferred from the solar power plant to the grid, kWh: 44,400

 

 

The main components of the FES included in the price:

 

 

PV module: JA Solar JAM72S30-540/MR 540 Wp, Mono: 15,480 $

 

Inverter: HUAWEI SUN2000-30KTL-M3 (30KW, 3PH, 4MPPT): 2,600 $

 

Module mounting kit (ground): Domino XL V2-72 (Kripter): 6,468 $

 

PV cable: (set 500 m) KBE DB+ , 6 mm2, (Nimechchina): 571 $

 

Consumables (set). 1 000$

 

AC Protection: 255 $

 

 

Total hardware: 26,374 $

 

Technical research work.

 

Installation of solar FES.

 

Commissioning and commissioning: 2,400 $

 

 

Warranty terms:

 

PV modules: JA Solar JAM72S30-540/MR 540 Wp, Mono - 20 years

 

Inverter: HUAWEI SUN2000-30KTL-M3 (30 KW, 3 PHASE, 4 MPPT) - 5 years

 

Fastening system: Domino XL V2-72 (Kripter) - 10 years