Our Battery monitoring system ensures the optimal usage of energy inside the battery powering the product. It smartly operates by preventing costly downtime due to unexpected battery failures. Traditional estimates, with proper management system can make battery life reach the level of design expectations.
Thyristor based battery charger uses Thyristor switching principle for achieving the desired DC output. It basically consists of a transformer, a semi-conductor bridge rectifier, a filter circuit and a control circuit.
ELM is used in DC power systems like battery chargers, AC-DC converter systems, DC-DC converter systems and DCDBs. It provides the customer an ability to install immunized earth leakage protection systems in their installations.
HBL Power Systems Limited offers state-of-the-art technology Precast Pre-stressed Spun Concrete Poles for Power Transmission. We produce spun concrete transmission poles that offer best utility and value for money.
Hbl has manufactured and erected pre-stressed cement concrete (pscc) spun poles for telecom towers of 44 metes height for the first time in asia. This is another "first" from an asian company that has several distinctions to its credit. With this engineering and technological break-through, hbl now pioneers green-field applications for telecom towers.
HBL manufactures Hollowcore Slabs which are prestressed elements cast with advanced extrusion technique. Cores are made in the thickness running along the length with special steel tubes. The slabs are manufactured in 150 and 250mm thick elements as standard products. Slabs with other thicknesses may be designed and supplied.
Solar charge controller is designed to maximize energy harvest from the PV array (Photovoltaic cell array). It incorporates dynamic MPPT (Maximum Power Point Tracking) algorithm. The MPPT constantly adjusts the operating points of the array that ensures the delivery of maximum available power from PV array to battery bank.