Renewable Energy | Energy Storage | BESS | Solar | Energy Management
AZIMZADEH GROUP’s Approach to Energy
The global transformation of energy systems—from traditional models of centralized generation and consumption toward Distributed Energy, Renewable Energy, and Energy Storage—is creating new opportunities across the energy infrastructure sector.
In this field, the Group focuses on developing partnerships and solutions related to solar energy, energy storage, electric vehicle charging infrastructure, and energy management systems.
Energy Storage Systems | ESS
Energy Storage Systems enable electricity to be stored when appropriate and utilized when required.
Key ESS applications include:
- Peak Shaving
- Load Shifting
- Backup Power
- Energy Arbitrage
- Renewable Energy Integration
- Grid Support
- Microgrids
BESS
A Battery Energy Storage System (BESS) consists of a combination of electrical, electronic, and control components.
A typical BESS architecture includes:
Battery Cells → Battery Modules → Battery Packs/Racks → DC System → PCS → AC System
Control and protection systems also play an essential role alongside these components.
BMS | Battery Management System
The Battery Management System (BMS) is responsible for monitoring and managing battery conditions.
Parameters such as:
- Voltage
- Current
- Temperature
- State of Charge (SOC)
- State of Health (SOH)
- Cell Balancing
are monitored by the BMS.
The objective of the BMS is to maintain the safe and stable operation of the Battery Pack and prevent operation outside permitted parameters.
PCS | Power Conversion System
The Power Conversion System (PCS) serves as the primary interface between the battery system and the AC grid.
Its main function is to convert energy between:
DC ↔ AC
The selection of a PCS should be based on the system capacity, required power output, grid architecture, and intended application.
EMS | Energy Management System
The Energy Management System (EMS) serves as the intelligent layer for energy management.
By receiving information related to:
- Load
- Generation
- Battery SOC
- Grid Status
- Electricity Tariffs
- Solar Production
the EMS can determine where energy should be sourced from or where it should be directed.
Peak Shaving
In projects with high Peak Demand, a BESS can supply part of the electrical load during peak periods.
As a result:
Grid Demand ↓
This can reduce the required capacity drawn from the grid and help optimize demand-related energy costs.
Load Shifting
With Load Shifting, energy is stored during suitable periods and consumed at a later time.
This model can offer significant economic benefits for industrial and commercial consumers with variable consumption patterns.
Solar + Storage
The combination of Solar PV and BESS is one of the important architectures shaping the future of energy systems.
A typical architecture may include:
PV Panels → Solar Inverter → AC/DC Bus → BESS → EMS → Loads/Grid
This configuration enables more effective utilization of solar energy and can reduce reliance on the grid during specific periods.
Energy System Components
Depending on project requirements, an energy system may include:
- Battery System
- BMS
- PCS
- EMS
- Inverter
- Switchgear
- Protection System
- HVAC
- Thermal Management
- Fire Detection
- Fire Suppression
- Monitoring System
In developing this sector, the Group focuses on scalable solutions tailored to the requirements of industrial and commercial projects. This approach is aligned with the Group’s broader focus on energy storage systems and modern energy solutions.