Smart Agriculture

Smart Agro Peladang Energy Storage System Solution

Background

As digital transformation trickles into the agriculture sector, agricultural development accelerated dramatically as a result of the Innovative technologies revolution. Smart agriculture technologies bring something valuable to farming from data collection, analysis and insight to enhance decision-making, strategy implementation, farming operation, etc.

Smart agriculture has the potential to make agriculture more productive, more consistent and to use time and resources more efficiently, which brings critical advantages for farmers and wider social benefits around the world.

Electricity Problems

Unstable Power Supply

Most farms are located in remote area, and the power structure is not perfect, which leads to imperfect power infra, prone to voltage fluctuations of power outages.

Low Energy Efficiency

In high temperature and humidity environment, energy utilizsation is not high and waste is serious

Power Demand Eluctuates Greatly & Transformation is Difficult

When power demand increases, the cost of transformer and line expansion high, and the approval procedures are complicated.

High Power Cost

A large amount of electricity is used to maintain constant temperature, ventilation, lighting and other facilities, and automatic control and monitoring management are also required, resulting is high operation cost.

High Proportion of Non-linear Loads and Poor Power Quality

Various impact loads, such as motors, air conditions, cause poor power quality and harmonic pollution in the actual use of the power grid.

Difficult Operation & Maintenance

Farm is remote area have difficultty in responding to after sales operation and maintenance in a timely manner.

Solutions

Main Working Mode:

  1. Peak-Valley Arbitrage: Energy storage charges when electricity prices are low and discharges when prices are high, reducing electricity costs.
  2. Emergency Power Backup: When the power grid is unstable or outages occur, the energy storage system can be used as a backup power source to ensure that the farm power supply is not interrupted and the equipment operates stably.
  3. Renewable Energy Integration: Energy storage systems are combined with solar and wind energy to achieve efficient use and storage of energy and reduce dependence on the power grid.

Features

  • Perfectly Adapt to the Power Grid: wide voltage range input, and off-grid uninterrupted switching, no fear of power grid fluctuations.
  • Efficient Energy Utilization: support multiple working modes, maximize power generation benefits, and flexibly reduce electricity costs by 50%.
  • Output Clean Electricity: output high-quality electricity, maximum 1.6 times rated current starting overload, support air conditioners, water pumps, motors and other inductive loads.
  • Energy Saving and High Efficiency, Reducing Costs: 89% system high conversion efficiency, energy storage battery extreme temperature control, the temperature difference of the battery cells in the cabinet is less than 5 degrees, improve energy utilization efficiency, and reduce electricity costs.
  • Intelligent and Efficient Operation and Maintenance: modular design, remote intelligent monitoring, operation and maintenance time and cost reduced by 30%.

Topology Map:

solution from absen energy
Scan the code