LSP 100K – DC-DC Retrofit Converter

Enabling Commercial Grid-Tied Solar Systems to Become Hybrid Energy Storage Solutions

Structure & Highlights

The LSP 100K is a powerful DC-to-DC retrofit converter designed to upgrade existing large-scale grid-tied solar systems—particularly in commercial and industrial (C&I) sectors—into hybrid solar + storage systems without replacing the original inverter. This device connects between the PV array, battery bank, and grid-tied inverter, allowing smooth energy flow management and battery charging directly from solar DC.

With its high power rating (up to 100kW) and advanced control logic, the LSP 100K offers flexible deployment and is compatible with both new and existing installations, enabling battery integration for peak shaving, load shifting, and backup.

Highlights:

✅Supports large PV systems up to 100kW
✅ Enables seamless solar-to-battery energy transfer
✅ Works with existing grid-tied inverters (DC-coupled)
✅ Industrial-grade, IP-rated enclosure
✅ Designed for C&I environments: factories, malls, warehouses

Technical Specifications

Application

Core Features

The LSP 100K is ideal for:

Commercial solar plants wanting to add energy storage

Factories and industrial units with high daytime consumption

Sites with high demand charges where peak shaving can reduce costs

Warehouses, hospitals, and malls needing uninterrupted power

Regions with unstable grid or time-of-day electricity tariffs

Retrofit Compatibility: Seamlessly integrates with existing on-grid inverters and solar arrays

Direct Solar-to-Battery Charging: Increases solar utilization without AC conversion loss

Bi-Directional Power Flow: Allows both charging and discharging from batteries

Smart Energy Management: Peak load shifting, self-use prioritization, and time-of-use optimization

Industrial Build: Rugged housing, dust/moisture protection, fan cooling for long duty cycles

🔌 How LSP 100K Powers Commercial Sites

With the LSP 100K, businesses can turn their solar system into a true hybrid power plant:

Charge batteries directly from solar DC during daytime

Discharge battery during peak evening demand to reduce grid draw

Ensure power continuity during outages when paired with a backup inverter

Reduce energy bills through load shifting and demand charge optimization

Maximize ROI on existing solar assets without replacing your main inverter

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