the tech

modular power conversion systems and battery cabinets

high voltage lithium ion phosphate

lithium iron phosphate (LFP) is a lithium-ion battery chemistry known for its excellent safety, long lifespan, and stable performance, unlike NMC batteries, it is highly resistant to overheating or fire and can deliver over 6,000 cycles with minimal degradation, making it a reliable and durable energy storage solution.

power conversion systems

the elecod modular system is a smart, flexible power system that can grow with your energy needs — from 50 kW up to 500 kW. It works by converting power between AC (the electricity your building uses) and DC (the energy stored in batteries or produced by solar panels). the design is modular, meaning extra inverter or power modules can be added as your system expands. each unit includes an isolation transformer for safe and stable operation. The elecod inverter can run as a backup power system, a solar hybrid inverter, or a battery energy storage converter, making it a reliable and future-proof choice for any power setup.

modular power conversion systems

battery cabinets

the vestwoods outdoor battery rack is a smart, all-in-one energy storage system made to work with deye or elecod inverters. it has built-in air conditioning, fire detection, and fire suppression inside a strong outdoor cabinet. the unit keeps the batteries at about 25°C, helping them last longer and perform better. this smart, climate-controlled design ensures optimal longevity, safety, and consistent energy output in any environment.

at its core, an advanced battery array unit (BAU) manages and protects all the battery modules, keeping them balanced, safe, and running efficiently at all times. this makes the vestwoods rack a reliable, long-lasting, and safe power storage solution for any environment.

hybrid inverters

deye 50 kW and 80 kW hybrid inverters provide a cost-effective solution for light commercial and industrial energy applications. designed for flexibility and efficiency, these inverters combine solar and battery inputs to deliver reliable, high-quality power while helping businesses reduce electricity costs.

when paired with vestwoods outdoor battery racks, the system becomes a complete, integrated energy solution. the inverters manage the flow of energy between the grid, solar panels, and batteries, while the vestwoods racks provide safe, climate-controlled lithium storage with advanced battery array management (BAU) for cell balancing and optimal longevity. this combination allows businesses to future-proof their power systems, expand capacity easily, and ensure continuous, reliable energy supply in any environment.

deye high voltage outdoor hybrid inverter

dive deeper

open

our system features an open-architecture design, allowing effortless communication between inverters and batteries from various manufacturers. each component can operate independently or as part of an integrated solution, giving you the freedom to select, mix, or upgrade technologies without being tied to a single brand. this flexibility ensures long-term scalability, easier maintenance, and true investment protection.

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compact

our modular ESS combines outdoor-rated battery units with scalable hybrid inverter modules, offering a compact and cost-effective alternative to bulky container systems. the design allows easy expansion as energy needs grow, ensuring long-term flexibility, reliability, and performance—with up to a 10-year warranty.

safer

LFP perform best at around 25 °C, where cell chemistry remains most stable and cycle life is maximized. the battery habitat maintains ideal environmental conditions through intelligent thermal management, ensuring consistent temperature and protection against external weather extremes. operating at 0.5 C charge and discharge rates further enhances reliability and lifespan — reducing cell stress, heat generation, and degradation over time. The result is a safer, longer-lasting, and more efficient energy storage system built for real-world performance.

balance

cell Balancing Technology – harmoniX

our advanced harmoniX cell balancing technology ensures every cell in the battery pack operates in perfect harmony. by continuously monitoring voltage differences of 1 millivolt and redistributing energy in real time, harmoniX maintains maximum efficiency, extends cycle life, and protects the system against imbalance-related degradation.

modular

the elecod monet Series offers a truly modular power architecture where each unit can function as a PCS, a hybrid inverter, or a stand-alone inverter, depending on your system design. you can pair a 500 kW inverter with a 500 kW PCS to create a full 500 kW hybrid inverter, choose a compact 250 kW all-in-one hybrid cabinet, or scale up to a single 1 MW inverter for large industrial projects. this flexible, building-block design lets you tailor capacity, simplify installation, and expand seamlessly as your energy needs grow.

all-in-one

the elecod monet all-in-one integrates inverter, batteries, and control systems into a single, compact cabinet — delivering a complete energy solution without the complexity of multiple components. designed for ease of installation, it arrives pre-configured, fully tested, and ready to connect, reducing setup time and on-site work. Its modular architecture ensures flexible scalability, allowing you to expand capacity as your energy demands grow. Safe, efficient, and space-saving, the monet all-in-one is ideal for commercial, industrial, and residential applications seeking a turnkey energy storage solution.

isolation

elecod isolation transformers make power systems stronger and more reliable, especially in industrial setups. most high-frequency inverters can only handle around 30% of inductive loads, while systems with isolation transformers can manage up to 50%. some smaller inverters even trip when loads reach as little as 17%, usually during the switch between on-grid and off-grid modes. during this changeover, small dips in voltage and spikes in current can occur — and that’s where the isolation transformer helps. it acts like a cushion or buffer, absorbing those sudden changes and keeping your system stable. as with any engineering choice, it’s about balance. the goal is always to design a system that’s fit for purpose, giving the client a setup that’s reliable, efficient, and suited to their application.

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