80%
Reduction in operating fuel cost during operations
ELECTRIC BOAT
RETROFITTING
What is a NMES?
The NeoBodhi Marine Electrification System (NMES) is a complete retrofit solution designed to convert conventional fuel-powered boats into intelligent electric vessels. It integrates electric propulsion, advanced battery management, solar-assisted charging, and real-time energy monitoring to deliver clean, efficient marine transportation. By addressing rising fuel costs, environmental concerns, and emission regulations, NMES lets existing vessels transition toward sustainable operation — combining renewable energy with modern marine propulsion to reduce operating costs and cut carbon footprint.
Core Capabilities
Why conventional vessels need to change
Rising Fuel Costs
Diesel and petrol propulsion makes daily operation expensive and exposes operators to volatile, unpredictable fuel prices.
Emission & Compliance
Tightening environmental regulations and carbon targets put growing pressure on conventional fuel-powered fleets.
Costly Fleet Replacement
Buying new electric vessels outright is capital-intensive and disruptive for operators with boats already in service.
What We Brought To The Product?
An integrated marine electrification platform combining electric propulsion, smart power management, and renewable energy harvesting for efficient, sustainable vessel operations.
0%
Operational carbon emission
2kw+
Total solar charging capacity
25kwh+
Total typical onboard battery capacity
Core Approach
Retrofit, don't replace
Rather than replacing entire fleets, NMES converts existing boats into intelligent electric vessels — integrating propulsion, storage, solar, and monitoring into one retrofit-ready platform that continuously optimizes energy for clean, efficient operation.
Integrate
Electric propulsion, battery storage, and solar fit into existing hulls.
Optimize
Continuous energy management across vessel operation and conditions.
Harvest
Solar-assisted charging extends range and cuts shore dependency.
Monitor
Cloud telemetry for health, performance, and predictive maintenance.
System Architecture
How energy flows through the system
From solar capture to propulsion, NMES manages the full energy chain — continuously monitored end-to-end.
1
Solar Array
2 kW+ panels capture renewable energy
2
MPPT Controller
Maximizes solar harvest efficiency
3
Battery + BMS
25 kWh+ LiFePO4, health-monitored
4
Power Distribution
Stable delivery to all systems
5
Electric Motor
BLDC / PMSM marine propulsion
6
Propulsion
Clean, efficient thrust
- 1
Solar Array
2 kW+ panels capture renewable energy
- 2
MPPT Controller
Maximizes solar harvest efficiency
- 3
Battery + BMS
25 kWh+ LiFePO4, health-monitored
- 4
Power Distribution
Stable delivery to all systems
- 5
Electric Motor
BLDC / PMSM marine propulsion
- 6
Propulsion
Clean, efficient thrust
The Ultimate Marine Electrification &
Energy Management Design
Core System Modules
Electric Propulsion Control
Manages motor speed, torque delivery, and propulsion efficiency — continuously optimizing power output to maximize range and vessel performance.
Battery Management System
Monitors battery health, temperature, voltage, and charging cycles, ensuring safe operation while extending overall battery lifespan.
Thermal Management
Regulates operating temperature across batteries, motors, and power electronics to protect performance, safety, and longevity.
Solar Energy Management
Captures and regulates energy from onboard solar panels, intelligently prioritizing charging and onboard energy distribution.
Power Distribution Unit
Controls power delivery to propulsion, navigation electronics, and auxiliary equipment for stable, reliable operation across all systems.
Remote Monitoring Platform
Delivers real-time vessel health, battery status, charging performance, and operational analytics through a web-based dashboard.
Integrated Renewable Energy & Vessel Monitoring
NMES combines data from battery systems, electric propulsion units, solar panels, environmental sensors, and onboard electronics to optimize vessel performance. The platform continuously monitors energy generation, storage, and consumption to maximize efficiency and endurance — giving operators actionable insight for maintenance and performance optimization.
Battery Monitoring System
Cell voltage, temperature & health monitoring
Solar Power Controller
Maximum Power Point Tracking (MPPT)
Electric Motor Controller
Precision torque & speed control
GPS & Telemetry Module
Real-time vessel tracking & diagnostics
Energy Analytics Platform
Cloud-based monitoring & reporting
Outcomes & Impact
Measurable impact for operators
By converting existing vessels instead of replacing them, operators cut running costs, eliminate direct emissions, and extend daily range — all while keeping their current boats in service.
Up to 80% lower fuel costs
Electric propulsion replaces volatile diesel and petrol spend.
Zero direct emissions
Clean operation that meets tightening environmental rules.
6–10 hr daily endurance
Solar-assisted range supports a full operating day.
Low-disruption adoption
Retrofit-ready architecture avoids full vessel replacement.
Operating fuel cost — Conventional vs NMES
Conventional fuel100%
Conventional fuel100%
NMES electric≈ 20%
NMES electricUp to ~80% reduction in operating fuel cost by replacing diesel and petrol with solar-assisted electric propulsion.
Built For Clean Marine Operations
Commercial operators, tourism fleets, inland water transport, marina services, and sustainable maritime programs — NMES retrofits existing vessels for clean electric operation, no full replacement required.