EverExceeds PWM solar charge controllers have the following features:

• Ideal for solar PV systems
• Fully automatic operation
• Micro-controller based for high accuracy and precision
• Automatic voltage selection (12V or 24V)
• Programmable settings for battery Ah setting, boost charge, equalize charge, and float charge
• Overcharge and over-discharge protection for the battery
• Integrated temperature compensation
• Multiple electronic protections and automatic recovery after fault conditions go away
  1. Short circuit (on the input as well as the output side)
  2. Overload (on the input as well as the output side)
  3. Reverse polarity connection
  4. Battery reverse current at night
  5. High voltage
  6. Voltage spikes on the load side
• LCD display with system status as symbols, state of charge (SOC) shown as a guage, and all other system parameters in digital values.

EverExceedsMPPT Solar Charge Controllers, as their name suggests, do maximum power point tracking; they ensure that the solar PV panels always operate at their maximum power point which increases their efficiency compared to PWM solar charge controllers by anywhere from 10% to 30%.

Besides maximum power point tracking, MPPT Solar Charge Controllers have the following features:

• Ideal for solar PV systems
• Fully automatic operation
• Micro-controller based for high accuracy and precision
• Automatic voltage selection (12V or 24V)
• Programmable settings for battery Ah setting, boost charge, equalize charge, and float charge
• Overcharge and over-discharge protection for the battery
• Integrated temperature compensation
• Multiple electronic protections and automatic recovery after fault conditions go away
  1. Short circuit (on the input as well as the output side)
  2. Overload (on the input as well as the output side)
  3. Reverse polarity connection
  4. Battery reverse current at night
  5. High voltage
  6. Voltage spikes on the load side
• LCD display with system status as symbols, state of charge (SOC) shown as a gauge, and all other system parameters in digital values

EverExceeds PWM solar charge controllers have the following features:

• Ideal for solar PV systems
• Fully automatic operation
• Micro-controller based for high accuracy and precision
• Automatic voltage selection (12V or 24V)
• Programmable settings for battery Ah setting, boost charge, equalize charge, and float charge
• Overcharge and over-discharge protection for the battery
• Integrated temperature compensation
• Multiple electronic protections and automatic recovery after fault conditions go away
  1. Short circuit (on the input as well as the output side)
  2. Overload (on the input as well as the output side)
  3. Reverse polarity connection
  4. Battery reverse current at night
  5. High voltage
  6. Voltage spikes on the load side
• LCD display with system status as symbols, state of charge (SOC) shown as a guage, and all other system parameters in digital values.

EverExceedsMPPT Solar Charge Controllers, as their name suggests, do maximum power point tracking; they ensure that the solar PV panels always operate at their maximum power point which increases their efficiency compared to PWM solar charge controllers by anywhere from 10% to 30%.

Besides maximum power point tracking, MPPT Solar Charge Controllers have the following features:

• Ideal for solar PV systems
• Fully automatic operation
• Micro-controller based for high accuracy and precision
• Automatic voltage selection (12V or 24V)
• Programmable settings for battery Ah setting, boost charge, equalize charge, and float charge
• Overcharge and over-discharge protection for the battery
• Integrated temperature compensation
• Multiple electronic protections and automatic recovery after fault conditions go away
  1. Short circuit (on the input as well as the output side)
  2. Overload (on the input as well as the output side)
  3. Reverse polarity connection
  4. Battery reverse current at night
  5. High voltage
  6. Voltage spikes on the load side
• LCD display with system status as symbols, state of charge (SOC) shown as a gauge, and all other system parameters in digital values