A clearance of 5.5 meters needs to be maintained below the transmission line.

KwTL is an Agriculture friendly project as agricultural activities can be easily carried out under the affected area.
Harvesting of crops can be easily done due to Ultramodern designs of tower(Lattice Tower Design) which gives ample amount of ground clearance for agricultural work to continue without any hindrance.
Transmission Line have no effect on the growing crops falling under the corridor area as the ground clearance maintained as per Indian Electricity Rule 1956. Clearance is – 8.84 M. We have maintained more than 9mtr of ground clearance.
Seasonal Crops can be grown easily and trees upto height of 6 mtr can be planted under the transmission line corridor.

Transmission Lines routes are constructed by using the latest GIS Software. And based on the collected date the line having the least impact on the environment is considered for construction
Transmission line constructed is having a ground clearance above 8.84 M as per Indian Electricity act. Thus, the line does not affect the trees or vegetation as long as the mentioned clearance is maintained.
Further Transmission line is used to transfer electricity from one point to other and it has no radiation effect and thus have no effect on the people residing along the transmission line. For example, we are also using the electricity for operating our home appliance at our home and no radiation effect is reported till date.

In India itself till date as per the data of Ministry of Power 113587.21 ckm of line has been constructed over 28 states of India. Till date nowhere in India it has been reported that Transmission Line is having any Health Hazard.
Safety related aspects have already been considered during the design as per Indian Electricity Act

The materials used for construction of KwTL is having the ISO 9001-2018 standards.
Further execution of work is being carried out under the safety protocol of ISO 45001-2018 standards.

The conductors used in the Transmission Line is AAAC Moose Conductor can handle a pressure of 100 KN.
But keeping in view for the safety of the persons residing along the corridor if the conductor snaps due to any natural calamity like cyclone or earth quake the Transmission Line Tripping time is kept below 20 Mili Seconds i.e. before 1/2000 part of a Second the line will trip to prevent any accident.

What is Induction ??? Electromagnetic induction, is caused by the current flowing in the electric power transmission line or other such source. The alternating current in the electric power transmission line, Io, induces a time-varying magnetic field around the electric power transmission line.
As such Transmission Line follows the law of Electromagnetic Induction but it does not have any induction effect on the Person or vegetation along the corridor as it follows the Ground clearance as per Electricity Act 1956.
Instead of Induction Corona effect occurs which is the phenomenon of ionization of surrounding air around the conductor due to which luminous glow with hissing noise is rise is known as the corona effect.
In order to counter the Corona Effect Corona Ring is installed on all the phases of the Transmission Line and it is limited to few Centimetres to the conductor.
Thus while maintaining the Ground Clearance of more then 8.84 M as per Electricity Act 1956 all People and Vegetation along the corridor are made safe and are not affected in any way by Transmission Line.

First of all 400 kV Cables are not produced in India and Globally it is manufactured by very few companies which makes it very difficult on availability front and upkeep to the supply demand as per construction needs.
Technically not feasible as it is 400 kV Double Circuit, in single phase there are 4 nos. conductor not possible to have 24 cables underground of that much capacity.
Operation & Maintenance is difficult in underground cables.
Till date nowhere in the world 400kV Underground cable is used for such long-distance Transmission Line Project.