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Attention! This offer is for informational purposes; to achieve good savings results, each project is calculated individually. The station power indicates the amount of electricity the station will generate in one hour under ideal conditions.
A grid-tied solar power plant for self-consumption is intended to reduce electricity consumption from the grid.
The presented solution may be of interest to those who:
-
pay for electricity at commercial (legal entity) rates;
-
spend a significant portion of funds on paying for electricity for their enterprise;
-
consume a significant share of electricity during daylight hours.
Some facts:
-
since January 1, 2019 the price of electricity for legal entities has increased.
-
The price of electricity will continue to rise toward European levels.
This may lead to:
-
increased expenses for enterprises;
-
increased prices for your enterprise's products or services;
-
a decrease in business competitiveness.
A grid-tied solar power plant for self-consumption will allow you to lock in an electricity tariff at the level from 0.90 UAH per kWh for the 20-year service life of the station.
Given current electricity tariffs, the solar power plant will pay back in 6-8 years. And with rising tariffs, the payback period will be significantly shorter.
How does it work?
A grid-tied solar power plant for self-consumption operates online without expensive battery storage. Connection to the "green" tariff is also not required. Electricity generated by the solar station is immediately consumed by the load, excluding consumption from the grid and covering self-consumption. When there is not enough solar energy, the difference is automatically taken from the public grid. To prevent excess generated electricity from flowing into the grid, a Smart Meter is used — a device that regulates inverter power. Inverters are necessary to convert direct current from the solar panels into alternating current with the same parameters as the grid.
In the screenshots below you can see how solar generation flows directly to the consumer, and only the portion that is lacking is taken from the grid.
When consumption equals the plant's generation, electricity consumption from the public grid is zero. Therefore, during the design phase of the PV plant it is very important to perform a thorough energy consumption analysis to design a balanced system.
With online monitoring you have the ability to observe actual electricity consumption in real time, which allows you to optimize peak load and use solar energy as efficiently as possible.
System configuration:
No
Equipment
Quantity
1
Solar panels JA Solar, Risen, Canadian Solar, Jinko, Longi Solar, 600 W each, TIER 1
336
pcs.
2
Grid inverter Huawei SUN2000-50KTL-M0, 50 kW
4
pcs.
3
Meter Huawei Three phase meter DTSU666-H 250A
1
pcs.
4
Monitoring Huawei Smart Dongle
1
pcs.
5
Mounting system for pitched surface, galvanized metal
1
set
6
MC4 connectors, power cable
1
set
7
Cable for solar panels
3500
m.
8
Protective automation kit
1
set
9
Installation and commissioning works
- This system configuration is basic and may be changed for specific conditions;
- for sites outside Kyiv region the cost of equipment delivery is additionally taken into account;
Area required to install the solar power plant:
for a 200 kW station an area of 1100 m2 is required
Examples of real solar power plants operating for self-consumption without the "green" tariff:
Link to the object: https://solar-tech.com.ua/our-objects/setevaya-ses-pod-sobstvennoe-potreblenie-81-kvt-hmelnickaya-obl-.html
Attention! This offer is for informational purposes; to achieve good savings results, each project is calculated individually. The station power indicates the amount of electricity the station will generate in one hour under ideal conditions.
A grid-tied solar power plant for self-consumption is intended to reduce electricity consumption from the grid.
The presented solution may be of interest to those who:
-
pay for electricity at commercial (legal entity) rates;
-
spend a significant portion of funds on paying for electricity for their enterprise;
-
consume a significant share of electricity during daylight hours.
Some facts:
-
since January 1, 2019 the price of electricity for legal entities has increased.
-
The price of electricity will continue to rise toward European levels.
This may lead to:
-
increased expenses for enterprises;
-
increased prices for your enterprise's products or services;
-
a decrease in business competitiveness.
A grid-tied solar power plant for self-consumption will allow you to lock in an electricity tariff at the level from 0.90 UAH per kWh for the 20-year service life of the station.
Given current electricity tariffs, the solar power plant will pay back in 6-8 years. And with rising tariffs, the payback period will be significantly shorter.
How does it work?
A grid-tied solar power plant for self-consumption operates online without expensive battery storage. Connection to the "green" tariff is also not required. Electricity generated by the solar station is immediately consumed by the load, excluding consumption from the grid and covering self-consumption. When there is not enough solar energy, the difference is automatically taken from the public grid. To prevent excess generated electricity from flowing into the grid, a Smart Meter is used — a device that regulates inverter power. Inverters are necessary to convert direct current from the solar panels into alternating current with the same parameters as the grid.
In the screenshots below you can see how solar generation flows directly to the consumer, and only the portion that is lacking is taken from the grid.
When consumption equals the plant's generation, electricity consumption from the public grid is zero. Therefore, during the design phase of the PV plant it is very important to perform a thorough energy consumption analysis to design a balanced system.
With online monitoring you have the ability to observe actual electricity consumption in real time, which allows you to optimize peak load and use solar energy as efficiently as possible.
System configuration:
No
Equipment
Quantity
1
Solar panels JA Solar, Risen, Canadian Solar, Jinko, Longi Solar, 600 W each, TIER 1
336
pcs.
2
Grid inverter Huawei SUN2000-50KTL-M0, 50 kW
4
pcs.
3
Meter Huawei Three phase meter DTSU666-H 250A
1
pcs.
4
Monitoring Huawei Smart Dongle
1
pcs.
5
Mounting system for pitched surface, galvanized metal
1
set
6
MC4 connectors, power cable
1
set
7
Cable for solar panels
3500
m.
8
Protective automation kit
1
set
9
Installation and commissioning works
- This system configuration is basic and may be changed for specific conditions;
- for sites outside Kyiv region the cost of equipment delivery is additionally taken into account;
Area required to install the solar power plant:
for a 200 kW station an area of 1100 m2 is required
Examples of real solar power plants operating for self-consumption without the "green" tariff:
Link to the object: https://solar-tech.com.ua/our-objects/setevaya-ses-pod-sobstvennoe-potreblenie-81-kvt-hmelnickaya-obl-.html
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