OFFGRID
Solar panels, wind turbines and a battery storage container on a hillside at sunset, overlooking a lake

OFFGRID

Powering a sustainable future with clean, reliable energy.

Our platform helps you design, analyze and optimize solar, wind and BESS systems with precise data, smart insights and real-world results.

Solar
Harness the sun
Wind
Capture the wind
BESS
Store for tomorrow
One Platform · Three Systems

Design and evaluate your entire renewable stack without switching tools.

Solar, wind, and battery storage, modelled together against your real load profile, on a single screen. What used to take three separate pieces of software now happens at hourly resolution, season by season, so you know exactly how your site behaves before a panel is ever installed.

Solar Wind BESS
System 01 · Solar

Solar System Analysis

Comprehensive analysis and optimization for high-performance solar PV system design and evaluation.

01GHI & POA Analysis
02Optimized Tilt Angle Calculation
03Sun Position Visualization
04Monthly Solar & Climate Profile
05Capacity Factor by Panel Type
06Temperature & Wind Impact on Performance
07Panel Area Draw Tool
08Solar Response Against Load
09Curtailment Analysis
10Grid Reduction Analysis
11CO₂ Emission Analysis
Solar panel array at sunset

Precise Orientation

Visualize and set exact panel orientation, tilt angle, and row direction based on site geometry and sun path.

Tailored Configurations

Define inter-row spacing, service-road width, and access routes to match real-world site constraints.

Maximized Yield

High-resolution spatial mapping positions every module to cut losses and lift energy production.

System 02 · Wind

Wind System Analysis

Comprehensive analysis and optimization for high-performance wind power system design and evaluation.

60+
Wind turbine power curves in the OFFGRID library
01Wind Resource Assessment
02Weibull Wind Speed Distribution
03Wind Rose & Directional Analysis
04Wind Shear & Turbulence Analysis
05Power Curve & Annual Energy Production
06Wake Effect Analysis
07P50 / P90 Probabilistic Assessment
08Annual Wind Profile & Variability
09Wind Curtailment Analysis
10CO₂ Emissions Savings
11Optimal Turbine Sizing & Layout (PySAM)
12Customer-Ready PDF Report
Wind turbine at sunset
System 03 · BESS

Battery Energy Storage System

Comprehensive BESS analysis, optimization, and economic evaluation, from dispatch to depth of discharge.

01BESS Hourly Dispatch Analysis
02Renewable & Load Profile Optimization
03State of Charge (SOC) Analysis
04Energy Arbitrage Analysis
05Curtailment Reduction Analysis
06Grid / Genset Reduction Analysis
07Depth of Discharge (DoD) Analysis
08CO₂ Emission Reduction Analysis
09Automated PDF Report Generation
Battery energy storage container on site
Five Operating Modes
01

Energy Arbitrage

Store energy during low-price periods, discharge during high-price periods, and maximize revenue.

02

Critical Load Management

Keep uninterrupted power flowing to critical loads during outages or grid instability.

03

Genset Reduction

Cut runtime and fuel consumption of gensets by leaning on stored battery energy.

04

Peak Shaving

Reduce peak demand charges by discharging the battery during high-load periods.

05

Renewable Smoothing

Minimize intermittency by smoothing renewable generation into consistent power.

Solar panels, wind turbines and battery storage on site
Solar · Wind · BESS

Ready to go OFFGRID?

Not just analysis. Actionable results. See exactly how solar, wind, and battery storage perform against your own load, hour by hour, season by season.