Storage economics: what actually works in the Armenian market
A review of operating tariff mechanisms and applicable scenarios.
Reliability. Safety.
Cost efficiency.
Energy storage systems and intelligent energy management for enterprises, infrastructure and the power industry.
What task do you want to solve?
Choose your situation — we will show the technical mechanism and the economic effect.
Power supply reliability
Reducing outage risks for critical processes.
Backup power
Autonomous operation during grid outages and islanding mode.
Peak loads
Peak shaving and lower demand charges.
Consumption profile optimization
Shifting consumption to favorable tariff zones.
PV + BESS
More efficient use of solar generation.
Local grid constraints
Deferring grid infrastructure upgrades.
Power quality
Stabilization of voltage, frequency and reactive power.
Mobile power supply
Temporary power for sites and events.
How does the solution work?
Power circuit
Grid
PV plant
Load
Point of connection
PCS
Battery + BMS
Control circuit
EMS
receives measurements, calculates the operating mode and controls the PCS, BMS and related resources
The EMS is not a link in the power flow — it is the top-level control layer of the system.
Solution economics
What can a BESS deliver for your particular site?
Load profile
Tariff
PV plant
Backup requirements
Preliminary model: power · capacity · operating mode · economic effect
Run a preliminary calculation
No universal payback promises: the economics are determined only by the input data of a specific site and the mechanisms currently operating in the Armenian market.
Our solutions
Your task — as an engineered product.
C&I BESS
Storage systems for commercial and industrial consumers.
PV + BESS
Solar generation combined with storage and an EMS.
Backup power
Critical loads and autonomy time.
Peak management
Peak shaving of load peaks by schedule.
Grid-scale BESS
Utility-scale solutions for power infrastructure.
Mobile BESS
Temporary and emergency power supply.
From task to working system
CHARTAR ENERGY is a full-lifecycle integrator, not a seller of individual components.
- Analysis
- Calculation
- Feasibility study
- Engineering design
- System integration
- Supply
- Installation
- Commissioning
- EMS configuration
- Service
Technologies — BESS architecture
Components as a single system, not an equipment catalog.
Battery systemLFP · battery rack · container
BMSbattery management
PCSpower conversion
EMSenergy management
HVACclimate control
Fire protectiondetection and suppression
Transformergrid interface
Switchgearswitchgear · protection
Meteringaccounting and telemetry
SCADAsupervisory control
The future of energy
Technologies and markets already operating in the world's leading power systems and capable of becoming the next stage of Armenia's energy development.
Active Distribution Networkactive distribution grid
Distributed Energy Resourcesdistributed energy resources
Demand Responsedemand-side management
Distributed BESSdistributed storage
Aggregationresource aggregation
VPPvirtual power plant
Research and publications
Demand response: international experience for Armenia
How flexibility markets are structured in advanced power systems.
PV + BESS: increasing self-consumption
Practices of joint operation of solar generation and storage.
Virtual power plants: architecture and telemetry
EMS, forecasting, baseline and verification in VPP projects.
Partners and technologies
Only verified technology partners.
Partner · PCS
Partner · Battery
Partner · EMS
Partner · HVAC
Tell us about the energy task of your site
Share your input data — and we will proceed to engineering calculation.