DC-coupled solar+battery hybrid energy storage systems combining PCS, MPPT, STS and smart EMS in a single integrated platform. 30 kW to 1 MW with on/off-grid switching within 20 ms. Designed and manufactured by Forte.
The Forte Hybrid BESS is a fully integrated solar-plus-battery energy storage platform that combines DC-coupled photovoltaic input with lithium iron phosphate (LFP) battery storage in a single system. By integrating the power conversion system (PCS), maximum power point tracking (MPPT), static transfer switch (STS) and energy management system (EMS), the Hybrid BESS eliminates the complexity of separate solar inverter and battery systems.
Seamless on-grid to off-grid transition within 20 milliseconds ensures uninterrupted power supply during grid outages. The integrated MPPT maximizes solar harvest while the STS handles automatic grid switching without operator intervention.
Available from 30 kW for small business and residential microgrids up to 1 MW for large commercial and industrial installations, with parallel configurations supporting even higher capacities.
Three power tiers cover residential microgrids through large-scale commercial and industrial installations, all with parallel expansion capability.
Single-unit hybrid inverter for small businesses, residential microgrids and rural electrification. Parallel up to 5 units (150 kW).
Higher-capacity units for commercial buildings, factories and medium-scale solar+storage projects. Parallel up to 3 units (375 kW).
Containerized hybrid systems for large industrial facilities, utility-edge applications and large solar+storage plants.
A single integrated platform that replaces separate solar inverters, battery inverters and transfer switches — reducing complexity, cost and installation time.
Static transfer switch (STS) transitions between on-grid and off-grid modes within 20 milliseconds — fast enough to keep sensitive loads running without interruption during grid faults.
Built-in maximum power point tracking optimizes solar energy harvest across multiple PV strings. DC-coupled architecture eliminates double conversion losses for higher system efficiency.
Intelligent energy management system coordinates solar generation, battery charge/discharge and grid interaction. Supports time-of-use optimization, self-consumption maximization and peak shaving modes.
Solar PV connects directly to the DC bus alongside the battery — avoiding the AC conversion step. Higher round-trip efficiency, simpler wiring and reduced balance-of-system costs.
Lithium iron phosphate cells provide safe, long-cycle-life storage with excellent thermal stability. No cobalt, no thermal runaway risk. Over 6,000 charge/discharge cycles at 80% depth of discharge.
Start with a single unit and expand by paralleling additional units as demand grows. The 30 kW unit supports up to 5 parallel units (150 kW), the 125 kW unit up to 3 (375 kW). Modular growth without replacing existing hardware.
The Hybrid BESS is ideal for any application that combines solar generation with battery storage and requires reliable on/off-grid capability.
Maximize use of on-site solar generation. Store excess daytime production for evening and nighttime consumption.
Energy independence for homes and housing communities. Seamless backup during grid outages with solar+battery.
Reduce electricity costs through peak shaving and self-consumption. Protect critical loads with automatic backup.
On-site solar+storage for factories and warehouses. Demand charge reduction and power quality improvement.
Export stored solar energy during peak grid demand. Participate in demand response programs and feed-in tariffs.
Critical load protection with sub-20ms switchover. Solar recharges batteries during extended outages for sustained backup.
Complete energy solution for locations without reliable grid connection. Telecom towers, mining camps, rural clinics.
Solar-powered EV charging with battery buffer. Reduce grid demand and provide charging even during outages.
Our engineering team will design the optimal Hybrid BESS configuration based on your solar capacity, load profile and backup requirements — at no cost before commitment.
Our engineering team will contact you within 1 business day. Urgent: +90 850 840 64 24