Hybrid Inverter
Safe & Reliable
Economical & Efficient
Friendly & Flexible
Key Features
Safe & Reliable
Compliant with UL 1741:2021, IEEE 1547.1, and UL1699B standards
Economical & Efficient
Enables parallel connections between multiple machines
Allows for shared battery packs across multiple machines with a single-machine load capacity of 100A
Friendly & Flexible
Features parallel State-of-Charge (SOC) equalization and current sharing controls
Utilizes a transformer-less, split-phase topology for enhanced efficiency
Allows for simultaneous use of grid power and diesel generators.
100A
Load capacity
Load capacity
SOC
Parallel state charging
Parallel state charging
Technical Specifications
Technical Specifications
Models
SPZ HI-12KW-LV
SPZ HI-15KW-LV
AC (Alternating Current) Output
Rated Output Power (kVA – KiloVolt Amperes)
8 | 10
Max. Apparent Power (kVA)
8.8 | 11
Max. Output Current (A – Amperes)
36.7 | 45.8
AC Output Voltage (V – Volts)
120/240 (split phase), 208 (2/3 phase), 240 (single phase)
Frequency (Hz – Hertz)
50/60
PF (Power Factor)
0.8 lagging – 0.8 leading
THDi (Total Harmonic Distortion, current)
< 3%
AC Output Topology
Split phase, 2/3 phase, single phase
Sustainable Engineering
Empowering Your Solar Solutions
Affordable, cutting-edge technology for comprehensive solar energy solutions. From Residential peak-shifting to emergency
Commercial backup, Spitzer has you covered.
Benefits
Self-Consumption, Made Simple
Reliable
Our batteries meet top UL and ETL
standards and come with a 10-year
extendable warranty on both our battery
and inverter.
standards and come with a 10-year
extendable warranty on both our battery
and inverter.
Flexible
Our modular battery system, stackable
up to 280 KWh, is compatible with both
DC & AC solar systems. Offering flexible
indoor & outdoor solutions, including
wall-mounted rack options.
up to 280 KWh, is compatible with both
DC & AC solar systems. Offering flexible
indoor & outdoor solutions, including
wall-mounted rack options.
Affordable
Our system offers three work modes for
cost-efficiency: Self-Consumption of
your PV energy, Savings Optimization to
dodge peak rates, and an Emergency
Backup for power outages.⠀
cost-efficiency: Self-Consumption of
your PV energy, Savings Optimization to
dodge peak rates, and an Emergency
Backup for power outages.⠀