AI Energy Project Simulator
Analyze your facility’s energy profile, estimate savings potential, identify the right BESS strategy and turn electricity costs into a measurable business advantage.
From Energy Data to Investment Strategy
Modern energy projects are not only about producing electricity. Real value comes from using energy at the right time, reducing peak costs and designing storage systems based on actual consumption behavior.
01. Consumption Profile
Understand how your facility consumes energy throughout the day. This helps identify peak demand, off-hour usage, weekend imbalance and hidden cost patterns.
02. Storage Opportunity
Discover where battery storage can create value by shifting energy, reducing grid dependency and supporting operations during high-cost hours.
03. ROI Direction
Estimate how energy storage, solar generation and EMS optimization can affect payback period, monthly savings and long-term project performance.
The Problem
With hourly netting, producing energy is no longer enough. Solar generation usually peaks during the day, while industrial consumption can increase at different hours. This mismatch may force businesses to sell excess energy at low prices and buy electricity back at higher costs.
The Smart Solution
Battery Energy Storage Systems store excess energy and make it available when it is financially more valuable. Combined with EMS software, the system can support peak shaving, energy arbitrage, backup protection and better ROI.
Peak Shaving, Energy Arbitrage and Storage Timing
The graph below shows a more realistic operating scenario: solar production, facility consumption, hourly electricity price and battery discharge during peak-cost periods.
Estimate Your Energy Savings Potential
Enter project data to calculate peak shaving benefit, energy arbitrage, outage-loss prevention, payback period and recommended BESS sizing.
Project Inputs
Project Financial Analysis
Enter the project values and calculate monthly benefit, annual benefit, payback period, BESS capacity and PCS power.
Solar capacity will only appear in the result if a solar input is entered.
Request Your Technical Energy Report
Submit your contact details and project inputs. Our engineering team will review your data and contact you with a technical evaluation.
Designed for Industrial Energy Performance
Voltaris combines engineering, storage technology and energy intelligence to create scalable solutions for commercial and industrial facilities.
BESS Solutions
Advanced battery energy storage systems designed for peak shaving, energy shifting, backup protection and long-term operational reliability.
Solar + Storage
Integrated solar and storage architecture that helps businesses store excess production and use it when electricity prices are higher.
EMS Optimization
Smart Energy Management Systems that decide when to charge, discharge, support demand and protect battery lifetime.
How the Project Moves Forward
Step 1: Data Review
Energy bills, load profile, peak demand, solar generation data and operational needs are reviewed to define the project baseline.
Step 2: System Design
BESS capacity, PCS power, solar integration, EMS logic and backup requirements are calculated based on real facility conditions.
Step 3: Proposal
A customized engineering proposal is prepared with system architecture, estimated savings and implementation strategy.
Turn Your Energy Data Into a Real Project Strategy
Our engineering team can analyze your energy profile, evaluate storage opportunities and define the most efficient solution for your business.