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Low Frequency Solar Inverter
Operation Temperature Range | 0℃ to 40℃ |
Storage Temperature | -15℃ to 60℃ |
Audible Noise | 60dB MAX |
Display | LED+LCD |
Standard Warranty | 1 year |
AC Input Voltage | 110/120VAC |
AC Input Selectable Voltage Range | 95~135VAC (For personal computers) |
AC Input Frequency Range | 50Hz / 60Hz(Auto sensing) 40~80Hz |
FTPV3000 LVHM series is very economical pure sine wave solar
inverter, AC voltage 110V/120V, AC charger inbuilt, from 20A to
60A; MPPT solar charger 80A inbuilt; Solar/AC priority is
configurable, when setting solar priority, solar will charge
batteries as first priority, and AC can also charge batteries when
solar charger current is not enough, it enables inverter to operate
with all kinds of home appliances, widely selling to Latin America.
Features:
Pure sine wave output
3 Steps charging
Overload and short-circuit protection
Set charging voltage/charging current.
Battery low voltage shutdown point can be set to 10/10.5/11V/11.5V
Power-save mode
Set utility priority/ Battery priority
Set utility input wide/narrow range
Inverter voltage can be set to 120V:110V/115V/120V
Inverter frequency can be set to 50/60Hz
Set utility charging on/off switch
80A MPPT charger
Acid or Lithium Select
WiFi port (optional)
Off-grid solar inverters play a vital role in the field of
renewable energy and are attracting increasing attention with the
promotion and application of clean energy. The following is an
analysis of its market needs, application scenarios and development
trends:
Market demand:
1. Renewable energy drives demand growth: As the demand for
renewable energy increases, the demand for off-grid solar
inverters, as one of the core components in photovoltaic power
generation systems, is also gradually growing. The pursuit of
clean, green energy has driven the development of the solar
photovoltaic market, thereby increasing the market demand for
off-grid inverters.
2. Energy self-sufficiency trend: The growing energy
self-sufficiency trend also supports the demand for off-grid solar
inverters. People are more inclined to use renewable energy sources
such as solar energy to provide power to homes and businesses,
gradually weaning themselves away from dependence on traditional
power grids.
3. Demand in rural and remote areas: In many remote and rural
areas, traditional grid coverage is insufficient, so off-grid solar
inverters serve as a key part of independent energy systems to meet
the power supply needs of these areas.
Application scenarios:
1. Home and commercial use: Off-grid solar inverters are widely
used in photovoltaic power generation systems in homes, small
businesses, and rural areas to convert solar power into usable
alternating current. In this application scenario, the inverter
helps users achieve self-sufficiency and provide stable power in
areas that cannot be connected to traditional power grids.
2. Emergency backup power supply: Off-grid inverters are also
widely used as backup power supply in emergency situations,
especially to provide emergency power support for equipment and
communication systems in the event of natural disasters or power
outages.
3. Outdoor and mobile applications: Inverters used in some portable
solar systems, such as camping equipment, mobile offices and
charging equipment in outdoor activities, are also used in the
market.
Development trend:
1. Technological advancements and efficiency improvements: Inverter
technology is constantly evolving to increase conversion
efficiency, reduce energy losses, and improve its performance in
low-light conditions. MPPT technology, high-efficiency converters
and better power management will be key to the development trend.
2. Intelligence and interconnectivity: In the future, off-grid
solar inverters may integrate more intelligent functions and
interconnectivity, allowing them to be connected to smart home
systems, renewable energy management systems, etc., to achieve
smarter Energy management.
3. Cost reduction and popularization: With technological progress
and the expansion of production scale, the manufacturing cost of
off-grid inverters will further decrease, which will help solar
photovoltaic systems become more popular and expand their market
share.
4. Multi-energy integration and energy storage technology: In the
future, off-grid inverters may integrate more energy storage
technologies, such as battery energy storage systems, to realize
various renewable energy sources such as solar energy and wind
energy.