Charge Controller System Market: Global Industry Analysis 2013-2017 and Opportunity Assessment 2018-2028


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Global Charge Controller System Market: Snapshot

A charge controller is a fundamental piece of all power systems that charge batteries, regardless of whether the power source are sun based boards, wind, hydro, fuel, or the utility network. Its job is to keep your batteries appropriately bolstered and ok as long as possible. The prime function of a controller is very straightforward. Charge controllers prevent back current and avert battery to overcharge. A few controllers additionally forestall battery overdischarge, shield from electrical over-burden, as well as presentation battery status and the progression of intensity. Owing to these purposes, the global charge controller system market is expected to experience a major growth in coming future.

  • A circuit is overloaded when the current streaming in it is higher than it can securely deal with.
  • This can cause overheating and can even be a flame danger.
  • An issue (cut off) can bring about over-burden in the wiring, or by a flawed machine (like a solidified water siphon).
  • Some charge controllers have over-burden security worked in, typically with a push-button reset.

In-buillt overload security can be valuable, yet most system require extra insurance as wires or circuit breakers. On the off chance that you have a circuit with a wire measure for which the safe conveying limit (ampacity) is not exactly the over-burden point of confinement of the controller, at that point you should secure that circuit with a wire or breaker of a reasonably lower amp rating. Regardless, pursue the maker's necessities and the National Electrical Code for any outer wire or electrical switch prerequisites. It is because of these reasons, the global charge controller system market is experiencing a major boost in coming years

Charge controllers are used in different type of power generating systems regardless the source i.e. wind energy, solar energy, hydro power based, fuel systems based, etc. and are essential for all power system applications. The growing demand for power systems across the globe is expected to boost the charge controller systems market. Charge controllers regulate the batteries to limit the voltage/ current from overcharging and discharging, thus protecting them and increasing their overall service life. Preventing the batteries from damage during the charging process also optimize the overall system performance.

Charge controller systems, specifically, are used during solar power generation in Photo Voltaic (PV) systems.  They are connected in between the PV array cells and the battery to regulate the current/ voltage flow. In case of overcharging, when the battery charges power more than the rated voltage/current, charge controllers disconnect the battery from PV arrays in the absence of load. To control the input voltage, charge controllers block the reverse current. Reverse current flows in the consequences of overcharging. By using the diode in series and shunt, it can be controlled and if the charge exceeds more than the rated voltage, the battery will be disconnected from the PV system. When used in wind power generation system, charge controllers dissipate the excess power in the form of heat in case of the battery is overcharged.

Solar charge controllers are basically of two types – pulse width modulation (PWM) and maximum power point tracking (MPPT). MPPT charge controllers are widely used in solar power generation for their high efficiency and reliability. They allow solar panels (PV arrays) to operate at the optimum output voltage to boost the performance more than 30%. PWM charge controllers are available in the market for a long time and they are less efficient and cost low when compared to the MPPT.

Various basic switching controllers include – temperature compensation, equalization charging, meters and indicators for system status and operating information. In order to regulate the battery by set point for load disconnection during discharging and overcharging of the battery, the following steps are followed

Regulate set point: Fix the set point at maximum permissible voltage to allow the battery to charge. If the voltage increases more than the set point, the controller discontinues the charging. The specific selection of the set point depends on the operating temperature and battery chemistry.

Voltage Regulate hysteresis: Voltage regulate hysteresis is an important factor causing charging effectiveness of a controller.

(LVD)Low voltage disconnect:   Low voltage disconnect is a set point at which the load is disconnected from the battery to stop over discharge    

(LVDH) Low voltage disconnect hysteresis (LVDH):  It is the voltage at which reconnected

Europe holds the highest market share with more number of solar panels installed. North America holds the second largest market share in charge controller systems market. APEJ holds the prominent market share during the forecasted period with more no of solar and wind power installation.

Global Charge Controllers System Market: Segmentation

Charge Controllers System Market is segmented as follows

On the basis of controller type

  • PWM  charge controllers

  • MPPT charge controllers

  • Others

On the basis of applications

  • Solar based

  • Wind based

  • Smart grid

  • Others

Global Charge Controllers System Market: Key Trends and Drivers

Growing demand for power pertaining to energy crisis boosts the growth of the renewable energy sources which in turn a key driver for charge controller systems market. Owing to the characteristics of charge controllers in order to regulate the battery over the charging and discharging in PV systems, wind power drives the growth of the market. Smart grid utility station are installed are growing with new advanced technologies in which charge controllers are used drives the market.

Global Charge Controllers System Market: Market Participants

Examples of some of the market participants identified across the value chain include, Morningstar, Blue Sky Energy, Steca Elektronik, OutBack power, Phocos, Beijing Epsolar, Centosolar, Genasun, Shuori New energy, Leonics, /solex,Intepower, Sunway Power.

MRR.BIZ has been compiled in-depth market research data in the report after exhaustive primary and secondary research. Our team of able, experienced in-house analysts has collated the information through personal interviews and study of industry databases, journals, and reputable paid sources.

The report provides the following information:

  • Tailwinds and headwinds molding the market’s trajectory
  • Market segments based on products, technology, and applications
  • Prospects of each segment
  • Overall current and possible future size of the market
  • Growth pace of the market
  • Competitive landscape and key players’ strategies

The main aim of the report is to:

  • Enable key stakeholder’s in the market bet right on it
  • Understand the opportunities and pitfalls awaiting them
  • Assess the overall growth scope in the near term
  • Strategize effectively with respect to production and distribution

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