Real-Time Control Over Your Energy Infrastructure
Monitor power grids, simulate PV & BESS scenarios, and optimize tariffs — all from a single engineering-grade dashboard built for energy professionals.
247.3 kW
0.94
50.01 Hz
1,842 kWh
Engineered for Energy Professionals
Built by engineers at AM R&D, EnergyScope combines real-time monitoring, advanced simulations, and cost optimization into one unified platform.
Real-Time Monitoring
Live 3-phase power monitoring with sub-second resolution. Track voltages, currents, power factors, and harmonics across your entire grid.
Simulation Engine
Run photovoltaic yield, battery storage, and peak-shaving simulations with configurable parameters. Validate ROI before capital expenditure.
Cost Optimization
Compare tariff structures, model demand charges, and identify savings opportunities. Data-driven decisions backed by real consumption data.
Everything You Need to Take Control
From power quality analysis to predictive maintenance — a comprehensive toolkit designed for the demands of modern energy infrastructure.
3-Phase Power Analysis
Monitor L1, L2, L3 active & reactive power, voltage, current, and frequency in real time.
PV Simulation
Model solar panel configurations, estimate yields, and calculate payback periods with local irradiance data.
Battery Storage (BESS)
Simulate charge/discharge cycles, capacity degradation, and peak-shaving strategies.
Peak Shaving
Optimize demand charges by intelligently scheduling load and battery dispatch.
Tariff Comparison
Import tariff structures, model time-of-use rates, and compare annual energy costs.
Power Quality Metrics
Track power factor, THD, and voltage stability with alerts for out-of-spec conditions.
Plug-In the Modules You Need
EnergyScope is built on a microservices backbone. Each module runs independently with its own simulation engine, so you only pay for what you use.
Photovoltaic Module
PVSolar yield estimation, panel layout optimization, inverter sizing, and ROI projection with historical weather data.
Battery Storage Module
BESSLi-ion & LFP battery modeling, cycle life analysis, optimal dispatch scheduling, and grid arbitrage simulation.
Tariff Analysis Module
TariffMulti-tariff comparison engine, time-of-use modeling, demand charge optimization, and annual cost forecasting.
Real-Time Monitoring
RTMLive 3-phase telemetry via Telegraf + TimescaleDB, sub-second dashboards, alerting, and power quality analysis.
< 1s
Telemetry Latency
100%
Uptime SLA
6
Simulation Engines
24/7
Monitoring Coverage
Built on a Modern Stack
EnergyScope runs on a cloud-native Kubernetes infrastructure with microservice engines for each simulation type, a FastAPI gateway, and TimescaleDB for time-series telemetry at scale.
FastAPI + PostgreSQL
High-performance Python backend with async I/O and managed database.
TimescaleDB
Purpose-built time-series database for sub-second power telemetry.
NATS Messaging
Lightweight pub/sub for real-time engine orchestration and event streaming.
Kubernetes + Helm
Auto-scaling, rolling deployments, and infrastructure-as-code.
Frontend
API Gateway
Simulation Engines
Data Layer
Built by AM R&D
Autonomy Microcontrollers Research & Development is a team of specialists in advanced control technologies, automation, and IoT systems. With years of experience in electro-energy engineering, we build solutions that deliver measurable impact.
Experienced Specialists
Experts in electrical power engineering, automation, and IoT — delivering solutions tailored to the most demanding projects.
Cutting-Edge R&D
An internal R&D department driving innovation in electricity, electronics, and telecommunications systems.
Individual Approach
Every project is executed based on personalized requirements, containing key needs and business goals.