Project description:

A production facility with an existing photovoltaic installation for own supply with a capacity of 725 kWp.
The plant has a constant consumption 24/7 and with almost no surplus of the produced energy.
The goal of the project is to increase the capacity of the PV installation and to add a high quality battery in order to store the the increased amount of energy produced.

PV Installation:

• Peak Power: 600 kWp (additional to an existing PV installation with a peak power of 725 kWp)
• Inverters: 5 x Huawei SUN2000-100KTL & 2 x Huawei SUN2000-50KTL
  Structure: Aerocompact
• Type: Own consumption

Batery Energy Storage System (BESS):

Integration of a BESS with the following specifications:

• PCS: 400 kW
• Dyness Batteries DH200F: 6 x 215 kWh cabinets and 6 x PCS 100 kW

Smart energy management system (EMS):

• Full integration and control of the PV and the battery storage systems.
• Optimization according to usage demand and market prices (price tariffs: segment “Day ahead”);
• Integration of a smart energy management system that can work with predefined scenarios;
• Option to use the BESS as an emergency power supply.

Benefits:

• Minimizing the energy costs;
• Peak shaving;
• Arbitrage;
• Smart production, storage and load control;
• Optional emergency power supply.

Project description:

Bulgaria Mall is one of the most recognizable commercial buildings in Sofia.
Our current project involves a new PV installation on the existing roof of the building, aimed at enhancing the building’s energy efficiency and reducing the carbon footprint of the building. The installation will be used for own consumption.

PV Installation:

• Peak Power: 408 kWp
• Inverters: 4 x Huawei SUN2000-100KTL

Benefits:

• Minimizing the energy costs;
• Own production and consumption of green energy;
• Reducing the amount of energy supplied by the grid.

Project description:

Logistics base for fresh and frozen goods with an existing photovoltaic installation for own supply with a capacity of 998 kWp.
The logistics has constant consumption 24/7 and a surplus of produced energy mainly in the spring and in the summer. Excess production is limited
through the inverters (at this point).

PV Installation:

• Peak Power: 300 kWp
  (additional to an existing PV installation with a peak power of 1 MWp)
• Invertors: 2 x Huawei SUN2000-100KTL & 2 x Huawei SUN2000-50KTL
• Structure: Aerocompact
• Type: Own consumption

Batery Energy Storage System (BESS):

Integration of a BESS with the following specifications:

• PCS: 400 kW
• Dyness Batteries DH200Y: 4×232 kWh cabinets and 4xPCS 100 kW
• Cooling: Liquid cooling

Smart energy management system (EMS):

• Full integration and control of the PV and the battery storage systems;
• Optimization according to usage demand and market prices (price tariffs: segment “Day ahead”);
• Integration of a smart energy management system that can work with predefined scenarios;
• Option for future integration of an EV charging stations.

Benefits:

• Minimizing the energy costs;
• Load shaving;
• Arbitrage;
• Smart production, storage and load control.

Project description:

Newly build photovoltaic installations for own consumption with a capacity of 110 kWp and 100 kWp.
The goal of the projects is to build new PV installations in order to increase the use of green energy at the sites of one of the leading supermarket chains in Bulgaria.

PV Installation:

• Peak Power: 110 kWp (TMarket Sofia) & 100 kWp (TMarket Dolni Chiflik)
• Inverters: Huawei SUN2000-100KTL
• Structure: Aerocompact
• Type: Own consumption

Benefits:

• Minimizing the energy costs;
• Own production and consumption of green energy;
• Reducing the amount of energy supplied by the grid.