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PATnet Synopsis
National Mission for Enhanced Energy Efficiency
The National Action Plan on Climate Change (NAPCC), released by the Prime Minister on 30
June 2008, recognizes the need to maintain a high growth rate for increasing the living
standards of the vast majority of people and reducing their vulnerability to adverse impacts of
climate change.
The National Mission for Enhanced Energy Efficiency (NMEEE) is one of the eight national
missions with the objective of promoting innovative policy and regulatory regimes, financing
mechanisms, and business models which not only create, but also sustain, markets for energy
efficiency in a transparent manner with clear deliverables to be achieved in a time bound
manner.
Perform, achieve, and trade (PAT), its a market-based mechanism to make improvements in energy efficiency in energy-intensive large industries and facilities more cost-effective by certification of energy savings that could be traded. Bureau of Energy Efficiency (BEE) under Ministry of Power (MoP) is implementing this scheme in 8 industrial sub-sectors namely- Thermal Power Plant, Aluminium, Pulp & Paper, Chlor- Alkali, Cement, Iron & Steel, Textile and Fertilizer.
In ESCerts market, the CERC would be the Regulator; BEE would be the Administrator and
power exchanges would be working as the trading platform. Power Exchanges and Depository
are the key institutions of this framework. A Depository is needed to support issuance of
ESCerts and their record keeping, trading between DCs on PXs and maintaining account of such
transactions, dissemination of information’s between DCs, PXs, administrator and regulator.
Objective of the selection of depository to facilitate these activities related to ESCerts trading
under the PAT mechanism.
One of the major part of this PAT Scheme is Issuing and Electronic Trading of Energy Saving Certificates (ESCerts) which shall be porpotional to the Energy saving norms set under the Energy Conservation Act , 2001.
For this BEE has developed the web portal named as PATnet. This web portal is further divided into two portals namely ( Dynamic CRM & PATnet portal). The Web Portal access is compatible with Internet Explorer 7.0+, Mozilla Firefox 3.0+, Google Chrome
4.0+, Opera 9.0+ .The portal was made compatible with the latest software available at that time when
contract was awarded. During up gradation of portal , compatibility with the latest software will be the
preference.
Web portal is an integrated platform for NMEEE activities including D-CRM portal, e-filling
platform for energy return, PAT compliance .It is proposed to install electronic platform for
maintaining track and records of all transactions, communications between all stakeholders. In
this regards, BEE had procured following software’s for the development of electronic platform
for PAT:
S. No Software Nos
1 DynCRMCAL SNGL LicSAPk OLP D DvcCAL 90
2 DynCRMEntSvr SNGL LicSAPk OLP D 2
3 DynCRMEntSvr SNGL LicSAPk OLP D Media 2
4 DynCRMExtConn SNGL LicSAPk OLP D 2
5 WinSvrEnt 2008R2 SNGL OLP D 4
6 WinSvrEnt 2008R2 SNGL OLP D Media 4
7 Windows Server CAL 2008 Sngl OLP D User CAL 90
8 Windows Svr ExtrnConn 2008 Sngl OLP D 4
9 FrFrntTMGStd 2010 SNGL OLP D 1Proc 4
10 FrFrntTMGStd 2010 SNGL OLP D 1Proc Media 4
11 SQLSvrEnt 2008R2 SNGL OLP D 1Proc 4
12 SQLSvrEnt 2008R2 SNGL OLP D 1Proc Media 4
Below is the basic structure describing the PATnet access to other agencies and portal interference.
Dynamics CRM This is the core system and accessed by
BEE Users
State Designated Agencies
Energy Auditors Users can access the system using Microsoft Outlook or Internet Explorer.
Portal Energy Managers at the Designated Consumers accessed the system through a portal. They were able to upload their information as well as access information related to their approval status and communicate with BEE and other State Designated Agencies.
Template of DC Assessment Details form :
Assessment Details -Sample Data
Field Name Value Data Type
Production Details
Name of Product String (Auto populated field)
Installed Capacity Numeric
Production Numeric
Unit String (Auto populated field)
Production and Fuel Consumption Details
Current Year Value Previous Year Value
1.Electricity
Purchased Units (Lakh kWh) Numeric
Own Generation
(a) Through diesel generator
Unit (lakh kWh) Numeric
Units Per litre of Diesel Oil Numeric
(b) Through steam turbine/generator
Units (lakh/kWh) Numeric
Units per litre of Fuel Numeric
(c) Through Gas Turbine/Generator
Units (lakh/kWh) Numeric
Units per litre of Fuel Oil/Gas Numeric
2.Solid Fuel
a) Solid Fuel(Coal)
Quantity Consumed (tonne) Numeric
Gross Calorific Value (kcal/kg) Numeric
b) Solid Fuel(Biomass)
Quantity Consumed (tonne) Numeric
Gross Calorific Value (kcal/kg) Numeric
c) Solid Fuel(Other Solid Fuel)
Quantity Consumed (tonne) Numeric
Gross Calorific Value (kcal/kg) Numeric
d) Solid Fuel(Other Solid Fuel)
Quantity Consumed (tonne) Numeric
Gross Calorific Value (kcal/kg) Numeric
e) Solid Fuel(Other Solid Fuel)
Quantity Consumed (tonne) Numeric
Gross Calorific Value (kcal/kg) Numeric
3.Liquid Fuel
a) Liquid Fuel1(Furnace Oil)
Quantity Consumed (kilolitres) Numeric
Gross Calorific Value (kcal/kg or kcal/litre)
Numeric
Average Density (kg/litre) Numeric
b) Liquid Fuel2(LSHS)
Quantity Consumed (kilolitres) Numeric
Gross Calorific Value (kcal/kg or kcal/litre)
Numeric
Average Density (kg/litre) Numeric
c) Liquid Fuel3(HSHS)
Quantity Consumed (kilolitres) Numeric
Gross Calorific Value (kcal/kg or kcal/litre)
Numeric
Average Density (kg/litre) Numeric
d) Liquid Fuel4(HSD)
Quantity Consumed (kilolitres) Numeric
Gross Calorific Value (kcal/kg or kcal/litre)
Numeric
Average Density (kg/litre) Numeric
e) Liquid Fuel5(LDO)
Quantity Consumed (kilolitres) Numeric
Gross Calorific Value (kcal/kg or kcal/litre)
Numeric
Average Density (kg/litre) Numeric f)Liquid Fuel (Others)
Quantity Consumed (kilolitres) Numeric
Gross Calorific Value (kcal/kg or kcal/litre)
Numeric
Average Density (kg/litre) Numeric
4.Gaseous fuels (CNG)
Quantity Consumed (SCM) Numeric
Gross Calorific Value (kcal/scm) Numeric
5.Gaseous fuels (LPG)
Quantity Consumed (tonne) Numeric
Gross Calorific Value (kcal/scm) Numeric
4.Gaseous fuels (PNG)
Quantity Consumed (SCM) Numeric
Gross Calorific Value (kcal/scm) Numeric
5.Gaseous fuels (Naptha)
Quantity Consumed (tonne) Numeric
Gross Calorific Value (kcal/scm) Numeric
4.Gaseous fuels (Others)
Quantity Consumed (SCM) Numeric
Gross Calorific Value (kcal/scm) Numeric
6.Others/internal generation through By Product(Details)
Other Generation( Details) Numeric
Unit(Tonnes/Litre/SCM/Kwh/Other) String
Quantity Consumed Numeric
Gross Calorific Value (kcal/unit) Numeric
Annual Energy Consumption
MTOE* Numeric(AutoCalculated)
For Power plants Sector only
Net Station Heat Rate(Kcal/Kwh) Numeric
Installed Capacity (MW) Numeric
Plant Load Factor Numeric
Template of Associate EM\EA :
DC filing Energy Returns Offline :
Description: Dc can fill Form1 by uploading Excel which is having Form 1 details.
Steps involved
1. Open e-filing portal
2. Provide password credentials and select the User Type as DC and click login button