referring now to the drawings submitted herewith , wherein various elements depicted therein are not necessarily drawn to scale and wherein through the views and figures like elements are referenced with identical reference numerals , there is illustrated a panel system 100 constructed according to the principles of the present invention . the panel system 100 further includes a plurality of panels 10 that are generally square in shape and are manufactured of a suitable durable material . while no particular material is required , good results have been achieved utilizing a panel 10 that includes an exterior surface 11 constructed of vinyl and an inner core ( not illustrated herein ) that is constructed of a lightweight insulating material , such as but not limited to a high density polyethylene fibrous material . it is contemplated within the scope of the present invention that the panels 10 are constructed so as to have an exterior surface 11 resistant to damage while providing thermal isolation for the area contained within the panel system 100 generally underneath the conventional camper trailer 5 . the panels 10 include a top edge 15 , bottom edge 20 and two opposing side edges 30 , 35 . while no particular dimensions of the panel 10 are required , it is contemplated within the scope of the present invention that the height of the panel as measured from the bottom edge 20 to the top edge 15 is greater than the height of the base 7 from the ground on which the conventional camper trailer 5 is superposed . more specifically but not by way of limitation , good results have been achieved with a panel 10 that is approximately thirty inches in height as measured from the top edge 15 to the bottom edge 20 . additionally , while no specific width of the panel 10 is required as measured intermediate each opposing sides 30 , 35 , good results have been with a panel 10 that is approximately thirty inches in width as measured between the opposing sides 30 , 35 of a panel 10 . the top edge 15 of each panel 10 is generally proximate the base 7 subsequent the panel system 100 being placed in position wherein the panel system 100 circumferentially surrounds the conventional camper trailer 100 . additionally , the panel system 100 is in a generally vertical orientation subsequent its installment circumferentially around the conventional camper trailer 5 . the panels 10 are hingedly coupled proximate each of the opposing sides 30 , 35 of each adjacent panel 10 in order to comprise the panel system 100 that circumferentially surrounds a conventional camper trailer 5 . the panels 10 are combined to form the panel system 100 that functions to thermally and environmentally isolate the area underneath the conventional camper trailer 5 . the panel system 100 thermally and environmentally isolates the area underneath the conventional camper trailer 5 so as to assist in the control of the regulation of the internal temperature of the conventional camper trailer 5 , wherein the occupant of the conventional camper trailer 5 desires to maintain a temperature within the interior of the conventional camper trailer 5 that is dissimilar to that of its environment . more specifically but not by way of limitation , the panels 10 function to substantially eliminate air flow underneath the base 7 of the conventional camper trailer 5 thereby providing environmental isolation of the area underneath the conventional camper trailer 5 by substantially surrounding the perimeter 6 of the base 7 of the conventional camper trailer 5 . the substantial elimination of air flow underneath the conventional camper trailer 5 significantly increases the ability of the occupant of the conventional camper trailer 5 to regulate the internal temperature of the conventional camper trailer 5 and maintain a temperature that is dissimilar to that of its surroundings . the panels 10 further include a hinge 40 mounted along each opposing side 30 , 35 . the hinge 40 is a conventional piano - style hinge that is substantially the length of each opposing side 30 , 35 and functions to facilitate the folding of the panel system 100 for transportation . more specifically , the hinge 40 allows for one hundred and eighty degree movement of each panel relative to the adjacent panel 10 so as to permit the panel system 100 to be folded in a z - fold pattern wherein each panel 10 is superposed the adjacent and joining panel 10 so as to form one stack for easier manipulation for transport . those skilled in the art will recognize that numerous suitable mechanical fasteners could be implemented to hingedly couple the panels 10 to each other in order to facilitate the folding of the panel system 100 in a z - fold pattern . the hinge 40 further functions to facilitate through suitable mechanical methods the removable connection between each panel 10 . each panel 10 of the panel system 100 is further removably connected to the adjacent panel 10 so as to facilitate the appropriate sizing of the panel system 100 in order for the panel system 100 to be appropriately sized to substantially surround the perimeter 6 of conventional camper trailer 5 . those skilled in the art will recognize that numerous keepers could be utilized to facilitate the removable fastening of each panel 10 , more specifically but not by way of limitation a hinge pin could be utilized to permit each panel 10 to be removably connected to an adjacent panel 10 . as shown in particular in fig1 , a step panel 50 is included in the panel system 100 . the step panel 50 is manufactured in accordance with the principles of the panels 10 having a vinyl exterior surface 51 and a core of high density polyethylene fibrous material . the step panel 51 includes hinges 40 along each opposing side 53 , 54 so as to be hingedly secured to adjacent panels 58 , 59 . the step panel 50 , is further configured to be removably mounted to adjacent panels 58 , 59 similarly to the other panels 10 that comprise the panel system 100 . the step panel 50 is configured to have a height that is less than the panels 10 in the panel system 100 . more specifically but not by way of limitation , the step panel 50 is of suitable height to be at least slightly below a step 60 of the conventional camper trailer 5 . the step panel 50 allows the user to assemble the panel system 100 to circumferentially surround the base 7 of the conventional camper trailer 5 and not interfere with the normal operation of the step 60 . while only one step panel 50 is illustrated herein , it is contemplated within the scope of the present invention that more than one step panel 100 could be included as part of the panel system 100 . a utilities panel 70 is further included in the panel system 100 . the utilities panel 70 is manufactured in accordance with the principles of the panels 10 having a vinyl exterior surface 71 and a core of high density polyethylene fibrous material . the utilities panel 70 includes hinges 40 along each opposing side 73 , 74 so as to be hingedly secured to adjacent panels 78 , 79 . the utilities panel 70 is approximately the same size as the panels 10 and further includes an aperture 80 . the aperture 80 functions to accommodate therethrough utilities connections , such as but not limited to drain pipes , so as to allow the panel system 100 to be circumferentially surround the base 7 of the conventional camper trailer 5 without interference from the standard utilities connections that routinely are operably coupled to a conventional camper trailer 5 when in use . while only one utilities panel 70 is illustrated herein , it is contemplated within the scope of the present invention that more than one utilities panel 100 could be included as part of the panel system 100 . while the panel system 100 in its preferred embodiment is designed to circumferentially surround a conventional camper trailer 5 so as to environmentally and thermally isolate the area underneath , it is further contemplated within the scope of the present invention that the panel system 100 could be configured to circumferentially surround any elevated structure so as to environmentally and thermally isolate the area underneath the structure . more specifically but not by way of limitation , the panel system 100 could be configured to circumferentially surround a traditional pier and beam style house , mobile home or travel trailer . furthermore , it is contemplated within the scope of the present invention that the panel system 100 could include at least one panel having a plurality of apertures so as to allow occupants of the conventional camper trailer 5 to house small animals underneath the conventional camper trailer 5 without substantially comprising the environmental and thermal isolation provided by the panel system 100 . referring in particular to fig1 and 2 , a description of the operation of the panel system 100 is as follows . the user will assemble a plurality of panels 10 utilizing the hinge 40 so as to form a panel system 100 that is of appropriate length to circumferentially surround the perimeter 6 of a conventional camper trailer 5 . the step panel 50 is positioned in the appropriate location so as to be generally underneath the step 60 and substantially not interfere with the normal operation thereof . additionally , the utilities panel 70 is positioned within the panel system 100 so as to allow the user to journal the necessary utility connection therethrough without interfering with the normal operation of the utilities and further allowing the utility panel 70 to be generally adjacent the base 7 proximate the top edge 72 . the panel system 100 is deployed so as to circumferentially surround the conventional camper trailer 5 upon the user locating the conventional camper trailer in a desired location . while not illustrated herein , it is contemplated within the scope of the present invention that the panel system 100 could be releasably secured proximate the base 7 utilizing conventional fasteners such as but not limited to snaps or hook and loop fasteners . when the user desires to relocate the conventional camper trailer 5 , the user will fold the panels 10 comprising the panel system in a z - fold pattern so as to facilitate the transportation thereof . it is further contemplated within the scope of the present invention that the panel system 100 may be divided into two approximately equivalent halves that are joined together so as to enable a user to more easily deploy and remove the panel system 100 . in the preceding detailed description , reference has been made to the accompanying drawings that form a part hereof , and in which are shown by way of illustration specific embodiments in which the invention may be practiced . these embodiments , and certain variants thereof , have been described in sufficient detail to enable those skilled in the art to practice the invention . it is to be understood that other suitable embodiments may be utilized and that logical changes may be made without departing from the spirit or scope of the invention . the description may omit certain information known to those skilled in the art . the preceding detailed description is , therefore , not intended to be limited to the specific forms set forth herein , but on the contrary , it is intended to cover such alternatives , modifications , and equivalents , as can be reasonably included within the spirit and scope of the appended claims .