Dfrobot Solar Power M. Micro V1.0 and ESP32 how to mod. circuit to power esp32

Hello,
I have this tile :
Link .

Parameters:
FEATURES
•Constant voltage ratio MPPT algorithm, maximizing solar power conversion
•Designed for 1V ~ 3V small solar panels, ultra low power design
•Solar/USB two charging methods
•Multiple protections extending battery life

APPLICATIONS
•Wireless Sensor Network
•Bluetooth iBeacon
•Solar Powered Toys

SPECIFICATION
•Micro Solar Power Management Module
•Solar Power Management IC: SPV1050
•Solar Input Voltage (SOLAR IN): 0.5V~4V
•Battery Input (BAT IN): 3.7V Lithium Battery
•Maximum Charge Current: 100mA@USB IN；70mA@SOLAR IN
•Over-charge Protection Threshold: 4.2V
•Over-discharge Protection Threshold: 3.1V
•Regulated Power Supply: 3.3V 90mA@BAT IN 3.7V .
•Quiescent Current: <3 uA
•Protection Functions ◾ BAT IN: Over-discharge/Over-charge/Reverse Connection Protections
◾ OUT: Short Circuit/Over Current Protections

•Operation Temperature: -40℃～85℃
•Dimension: 30.0mm*30.0mm
•Solar Panel 2V 160mA
•Nominal Voltage (VMP): 2V
•Nominal Current (IMP): 160mA
•Open Circuit Voltage (IOC): 2.4V
•Short Circuit Current (ISC): 190mA
•Solar Cell Material: Monocrystalline Silicon
•Other Features: Waterproof, Oil Resistant and Corrosion Resistant
•Dimension: 50mm*50mm

The advantage is the very low current consumption of the circuit - •Quiescent Current: <3 uA .
Unfortunately Disadvantage - •Regulated Power Supply: 3.3V 90mA@BAT IN 3.7V .
Is it possible to modify this board to pull esp32 with Wifi ?

Yes I want to power from this board I have esp32-wroom-32u
Link .

The chip was to use python , remotely reprogram itself when needed (load image and/or script), communication via MQTT protocol for sending measurement results . To measure soil moisture and temperature outdoors.

The esp32 and esp8266 have in any case too high a current consumption for the capabilities of the controller on this board.