Enerwise Solutions Ltd.

09/04/2021

Great work to our partner company in HK for winning such prestiges award with support to our solutions !

17/12/2020

https://www.youtube.com/watch?v=5q6jqhn_A2U

18/09/2020

Enerwise EM200 iOT SCADA is fully compatible with NodeRED. Don't be restricted by built-in functions, write your own programs with Enerwise. No coding required! Simply drag and drop the modules and nodes to create your own application. Send real time monitoring & alarm data to whatsapp, line or any messaging systems online that supports API!

16/12/2019

19/11/2019

Enerwise EM200 IOT SCADA Server v308 will be released January 2020!

14/10/2019

Solar farm application monitoring down times of inverters and arrays. Substation monitoring of transformer performance and trending on transformer loss. Enerwise IOT SCADA can deliver the complete large scale solar solution for you.

16/05/2019

Our team has completed a new Smart Office project with room controls and LoRA WAN sensors. This project will monitor and control up to 5 floors of the building.

Branch circuit meters with CT's are installed and communicating with our EM100 IoT server. The client connects to EM100 WEB with an LCD at their lobby.

Here is a first glimpse of the job:

06/03/2019

2014 project done 4MW solar plant with Enerwise System

04/03/2019

IoT is about connectivity!

03/03/2019

This is what we do! Join us!

17/02/2019

Our team commissioning a Construction Site IoT monitoring project working with site Crane Sensors, Diesel Generators, Worker Safety sensors, Concrete Temp & Vibration as well as sensors from machines. Now preparing integration with the webcams & worker punch-in API's into the Enerwise EM200

Very excited to demonstrate our IoT technology to the Construction 2.0 field.

12/12/2018

Zero Export PV Application - case study with EM100 IoT Controller

Below is a 500kW PV rooftop site installed with EM100 IoT controller in a scenario where the utility grid is "black out":

In the event when utility grid is "black out", the Genset (marked with green in the illustration) automatically kicks in and starts running. This Genset is being monitored by the EM100 with the Genset run-status dry contact connected to DI3 of EM100. EM100 instantly knows that the genset is going to run and it will remotely turn off all the inverters through Modbus signal via COM2.

EM100 automatically turns back on all inverters when the Genset stops running. This is done by EM100's programmable Modbus control mapping routine.

In this setup, the operator does not need to trip the PV system manually each time, it is automatically controlled by EM100 when the inverters needs to be turned on or off.

In the rare event when EM100 loses communication with inverters, RPR 2 (illustrated in the diagram) at the Genset will send a direct dry contact signal to the EM100 so that it will automatically disconnect the PV system through C1 circuit.

All this done with a single data logger. EM100 replaces traditional data loggers with SCADA to simplify IoT infrastructure.