A solar energy driven vehicle configured with a solar panel to generate maximum power and a drive assembly to channelize the generated power from the solar panel to power or drive the vehicle. Such generated power depends on the solar cells that are arranged in a solar cell string assembly. Further, the solar energy...

An intelligent inline sensor for a PV string monitoring is incorporated inside an inline connector. The inline sensor is configured with a current/voltage measuring PCB to measure current/ data along length of a wire or cable connected to PV strings and various modules in a solar power generation system very close t...

A system for directing electricity from photovoltaic module (1) to electrical appliances (7) has a photovoltaic module (1) for generating electricity to supply power to appliances (7) and a voltage converter unit (3) converting the input DC voltage from the module into AC voltage. A source inspection unit (2) verifi...

[0042] Abstract [0043] The present invention discloses a system and method to control mixing of cold water to hot water in the solar water tank using ‘Uniform stand alone temperature controlled’ (USATC) governor. The system includes a first tank (1) to store the cold water. The first tank is connected to a one or m...

A method and a system to aid the designing of a photovoltaic solar system using an integrated tool. The method involves the steps of navigating a mobile device, enabled with a computer vision, over a rooftop or an open space, receiving the augmented reality display data of the target zone on the mobile device, creat...

The solar photovoltaic (PV) power plant has solar PV modules mounted on mounting structures, solar inverters and necessary electrical connections. The tilt and azimuth of solar PV modules were adapted to yield high energy from the solar PV power plant. The solar PV module mounting structure is configured to improve ...

The present invention relates to electromechanical cleaning device (100) for cleaning panels like solar panels (102). The electromechanical cleaning device (100) comprises a supporting frame (104-1), a carriage (106) mounted within said supporting frame (104-1), cleaning means in the form of a circular rotary brush ...

METHOD AND DEVICE FOR DISTRIBUTING POWER IN A MICRO GRID ABSTRACT The present disclosure discloses a method and a system for distributing power in a micro grid. The method comprises receiving weather data from a weather station associated with a micro grid, receiving a request for requirement of base load and ...

A solar tracking system (100) provides a manually adjustable single axis solar tracking for use in Photovoltaic installations to track the solar energy from the sun by manually adjusting the position of the system (100). Such manual adjustments of the system (100) provide maximum output power generation from the Pho...

A method and a system for maximizing the energy yield of a photovoltaic module of a PV module unit are provided. The method includes the step of determining the tilt angle corresponding to optimized conversion of solar energy to electric energy. The PV module unit is then configured to the negative tilt angle. Also ...

[0043] A method and a system to aid the designing of a photovoltaic installation. The method involves the steps of navigating an aerial flyer over a rooftop or an open space, transmitting measurement data from the aerial flyer to an integrated application that is configured to calculate appropriate PV module array ...

The invention provides a ‘T’ shaped connector having bimetallic coupling characteristics. The connector is configured to receive multiple copper cables from multiple solar strings. The copper cables are attached to the connector using a coupling unit with male/female components. The copper cables inside the connecto...

The invention provides a system and method (300) to increase field power gain in a solar power system by arranging photovoltaic modules (101) in a photovoltaic array (102) to form a solar power system. The photovoltaic array (102) inclined towards ground surface makes upper photovoltaic modules (101) of the photovol...

The present invention provides a system and method to reduce the power losses in PV installations. The power loss in the DC cables over a long distance from the PV arrays to the inverter occurs due to various factors which can be reduced by optimizing the cable length between the string monitoring box and the invert...

The invention provides a system and method for reducing power loss in a photovoltaic power station. Photovoltaic modules (102) with same or nearby length electric cables (104) are grouped (106) together. Clusters (110) of similar length electric cables (104) are formed using clustering modules (108). The clustered (...

The present invention discloses a system and method for a modular solar float (100). The modular solar float (100) can enable the mounting of one or more Photo Voltaic (PV) modules (202) on a single modular solar float (100). Additionally, the modular solar float (100) is designed and constructed to allow easy clamp...

The present invention discloses a system (300) and method (400) for a serial ID scanner (104) for scanning PV panels (102). The serial ID scanner (104) is mounted on the PV panel (102) in order to read at least one PV module data from each PV module in the PV panel (102). The serial ID scanner (104) uses various sen...

The present invention discloses a system (100) and method for a digital intellicheck device (104). The system comprises power tools (106) assigned to complete tasks related to installation or maintenance of hardware units (102). A user can utilize the digital intellicheck device (104) to capture unique identificatio...

The present invention discloses a system and method for determining accurate temperature of a photovoltaic module (102). A solar cell string layer (110) is stacked between first and second encapsulation layers (108/1 & 108/2). Additionally, a groove (202) is made on the second encapsulation layer (108/2) to accommod...

The present invention discloses a universal solar module mounting assembly (100) with a bell purlin (102). The bell purlin (102) allows for a reduction in number of purlins required for mounting the solar modules (304). The bell purlin (102) comprises a pair of bottom flanges (202) with mounting grooves (202/1), a p...

The present invention discloses a system (100) and method (800) for PID detection and reversal based on solar module positioning. The system (100) comprises at least one user device (102), at least one solar string module (104), a PID detection and reversal module (106) and a communication network (108). The at leas...

The present invention discloses a weldless tilted mounting structure (100) for a solar module and a method (1100) thereof. The mounting structure (100) comprises at least two skewed rafters (108), which is attached to at least one front column post (104a), and at least one rear column post (104b). The skewed rafters...

The present invention discloses a method (300) for determining shading loss over cloud-covered solar modules (102). The method (300) comprises a pyranometer (104) to determine PoA irradiance values, and an SMB (108) to measure/record electrical data of the solar modules (102) i.e., current, voltage. The values such ...

The present invention discloses a smart SMB (106) and method (1200) for SMB communication with SCADA in photovoltaic system. The system (100) comprises at least one solar module (102), at least one user device (104), at least one smart SMB (106) and a communication network (108). The at least one smart SMB (106) is ...

The present invention discloses a system (100) and method (700) for measuring distance, elevation, depth and GPS co-ordinate tracking of Module Mounting Structure (MMS) foundation. The system (100) comprises at least one user device (102), at least one smart measuring device (104), at least one server (106) and a co...

The present invention discloses a system and method for automatic isolation of a String Combiner Box (SCB) (104) from a solar inverter (108) in photovoltaic solar systems. The system comprises at least one solar panel string (102) configured to generate a DC output, an SCB (104) to consolidate the DC outputs, and a ...