AI-Powered Energy Intelligence

AI Intelligence for BESS, BMS, EV Charging & Maritime Electrification

AI solutions for BESS, BMS, EV charging and maritime electrification - improving battery health, energy use, safety and predictive maintenance.

0%
BESS Optimization Uptime
0%
BMS Health Intelligence
0/7
EV Charging Orchestration
0%
Maritime-Ready Architecture
Purpose

Vision & Mission

A focused commitment to building the intelligence backbone of the energy transition.

Vision

To become a trusted AI intelligence partner for BESS, BMS, EV charging and maritime electrification - helping batteries, chargers and vessels operate smarter, safer and longer.

Mission

We develop AI-powered Battery Management Systems that monitor battery health, optimize energy usage, enhance safety and enable predictive maintenance for electric marine vessels.

Capabilities

What we do

Four core domains where AI delivers asymmetric value.

AI-Powered BESS & BMS Optimization

Battery intelligence for storage systems, health monitoring and lifecycle control.

BMS analytics track SOC, SOH, safety signals and degradation while optimizing storage performance.

EV Charging Intelligence

Smart charging orchestration for vehicles, fleets, marine vessels and grid-connected sites.

AI balances charging demand, battery condition, tariffs and uptime across connected infrastructure.

Maritime Electrification

Energy intelligence for electric vessels, tugboats, ferries and smart ports.

Vessel-side optimization, predictive maintenance and shoreside charging orchestration.

Intelligent Energy Management

Autonomous orchestration across loads, generation and storage assets.

Edge + cloud AI delivering predictive control, anomaly detection and operational analytics.
Core Platform

BESS Optimization Platform

An AI brain orchestrating dispatch, health and forecasting across storage assets.

Real-Time Battery Dispatch Optimization
Energy Arbitrage & Market Participation
Peak Shaving & Demand Response
Renewable Energy Integration
Vidyutik AI Engine
State of Charge (SOC) Optimization
State of Health (SOH) Prediction
Degradation Reduction Algorithms
Cell-Level Anomaly Detection
Load Forecasting
Solar Forecasting
Wind Forecasting
Energy Price Forecasting
Engine

AI Energy Intelligence Engine

A composable stack of intelligence modules feeding every decision in the energy graph.

Predictive Analytics
Production-grade module, deployable at edge or cloud.
Battery Intelligence
Production-grade module, deployable at edge or cloud.
Digital Twin Technology
Production-grade module, deployable at edge or cloud.
Energy Forecasting
Production-grade module, deployable at edge or cloud.
Autonomous Optimization
Production-grade module, deployable at edge or cloud.
Real-Time Monitoring
Production-grade module, deployable at edge or cloud.
Operational Analytics
Production-grade module, deployable at edge or cloud.
Decision Support Systems
Production-grade module, deployable at edge or cloud.
Ecosystem

Renewable Energy & BESS Ecosystem

A unified energy graph — solar, wind, grid and storage orchestrated by AI.

AI Engine
Solar
Wind
Grid
Storage
Consumers
Industry
Energy Optimization
Smarter dispatch across generation, storage and demand.
Renewable Integration
Higher capture, reduced curtailment, firm green power.
Grid Stability
Frequency response, voltage support, ancillary services.
Revenue Maximization
Multi-market participation with degradation-aware bidding.
Maritime

Maritime Electrification

Decarbonizing fleets, ports and vessels with intelligent energy systems.

Maritime Energy Intelligence Platform

Unified vessel + shore AI control for electric ferries, tugboats and smart-port operations — built to meet the IMO 2030 / 2050 trajectory.

−30%
Energy waste
+25%
Asset lifecycle
Electric Vessels
Battery-Powered Tugboats
Smart Ports
Digital Vessel Management
AI Energy Optimization
Predictive Maintenance
Autonomous-Ready Architecture
Mobility

EV Charging & Smart Infrastructure

A unified charging ecosystem — vehicles, batteries, renewables and the grid in sync.

AC Charging
Optimized via the Vidyutik AI control layer.
DC Fast Charging
Optimized via the Vidyutik AI control layer.
Fleet Charging
Optimized via the Vidyutik AI control layer.
Smart Charging Management
Optimized via the Vidyutik AI control layer.
Renewable-Powered Charging
Optimized via the Vidyutik AI control layer.
Battery Storage Integration
Optimized via the Vidyutik AI control layer.
Load Management
Optimized via the Vidyutik AI control layer.
Energy Analytics
Optimized via the Vidyutik AI control layer.
Markets

Industries we serve

Built for the full breadth of the electrified economy.

Battery Energy Storage
Renewable Energy
Utilities
Smart Cities
Ports
Electric Ferries
Electric Tugboats
Industrial Energy
EV Infrastructure
Fleet Electrification
Government Projects
EPC Companies
Differentiators

Why Vidyutik AI

Built for partners who measure outcomes in megawatts and milliseconds.

AI-First Architecture

Native intelligence at every layer, not bolted on.

Energy Intelligence Platform

Composable modules across forecasting, control, analytics.

Battery Expertise

Deep SOC/SOH modeling and degradation science.

Predictive Analytics

From asset health to market price signals.

Scalable Infrastructure

Edge + cloud, designed for fleets, ports and grids.

Future-Ready Technology

Autonomous and digital-twin native.

Renewable Integration

Built to absorb high renewable penetration.

Maritime Innovation

Among the first AI stacks for electric vessels.

Partnership Approach

We co-build, co-pilot and co-scale.

Building Together

Partnership ecosystem

An interconnected network of innovators electrifying Asia-Pacific.

BESS Manufacturers
Renewable Developers
Utilities
EPC Firms
Port Authorities
Shipbuilders
EV Infrastructure Providers
Government Agencies
Research Institutions
Technology Companies
Collaborate

JV & collaboration opportunities

Three concrete ways to build the future of intelligent energy with us.

Strategic Partnerships

Benefits
  • Co-developed roadmaps
  • Joint go-to-market
  • Long-term value share
Model

Multi-year strategic alignment

Outcomes

Anchor deployments + market expansion

Pilot Projects

Benefits
  • Fast time-to-value
  • Real-world validation
  • Quantified ROI
Model

Defined-scope 3–6 month pilot

Outcomes

Proven KPIs + scale-ready blueprint

Technology Collaboration

Benefits
  • Joint R&D
  • IP co-creation
  • Shared infrastructure
Model

Engineering + research alliance

Outcomes

Differentiated products + patents

Trajectory

Future roadmap

A staged path from platform to autonomous energy intelligence.

Phase 1

AI Energy Platform

Foundational intelligence stack and core APIs.

Phase 2

BESS Intelligence

Dispatch, SOC/SOH and degradation engines.

Phase 3

Renewable Integration

Forecasting and grid services at scale.

Phase 4

Maritime Electrification

Vessel + port intelligence deployments.

Phase 5

Regional Expansion

Asia-Pacific market presence and partnerships.

Phase 6

Autonomous Energy

Fully autonomous energy decisioning at scale.