f. b. m p m umeme l u · systems: amr / ami date time k wh_peak k wh_off-peak k wh_shoulder kvarh...
TRANSCRIPT
• ROBERT F. B. MUBIRU
• PROJECTS MANAGER
• UMEME LTD
• UGANDA
AMR IN REVENUE PROTECTION
The Umeme Experience . . .
UMEME . . .
Largest distribution company in Uganda
Operates a 20 year Concession via a single-buyer model
Distributes 99% of the electricity up to 33kV
Cross-listed on two stock exchanges (Kenya, Uganda)
Professionally Regulated Energy Sector
UMEME Quick Stats . . .
Parameter UoM Details
2014 2015
Customer Base (avg) No. 573,000 630,000
Peak Demand MW 510 540
Sales (p.a.) GWh 2,750 3,060
Loss (* Dec’13, ** Q1-2015) (%) 24.3* 19.8**
Share Price (USE) Ushs 365/= 483/=
Employee(s) No. 1,400 1,380
• Losses down from 38% in 2009
DISTRIBUTION TRANSMISSION GENERATION
UMEME Distribution Targets . . .
Parameter UoM 2018
Loss (%) 14.7
Operating Costs (DOMC) USD Preset
Revenue Collection Rates (%) (%) 99.0%
• Company Is Collection agent for the sector
• Incentivized for strong Commercial performance
APPLYING AMR
The Challenge & Approach . . .
Strategy – Preparation
• Administrative Efforts:
Region (6), Districts (25)
Business Unit Model (local accountability & knowledge)
• Separate Losses Profile (2012 Study):
Commercial – 17%,
Technical – 6%
• Boundary Metering (Energy Balancing):
Intercompany
Business Unit
Strategy – Pertinent Data
Customers Base: by Categorization and Impact
Category Qty Sales Revenue
GWh % Sh (bn) %
kVA Industrial 2,777 121.0 61.9 56.6 55.9
Commerical 10,940 18.2 9.3 10.4 10.3
Domestic 669,300 56.3 28.8 34.2 33.8
683,017 195.5 101.2
KEY FOCUS
AREA..!
Strategy – One (2014 – Presentation)
1. Domestic
Characteristics / Impact:
Account for: Sales – 29%, Revenue – 33%
Large Numbers, Endemic Theft Culture (hooking)
Low Individual Consumption, Low Earnings, Low Returns
Poor Networks: Quality
Approach
Refurbish Networks (Inject Txs, Short LV spans, etc)
Retrofit LV networks with ABC
Roll Out Prepayment (1-phase & 3-phase up to 100A)
[RESULTS OF THIS INITIATIVE WAS SHARED IN 2014]
Strategy – Two
2. Industrial & Commercial
Characteristics / Impact
Account for: Sales – 71%, Revenue – 67%
Non-Standard, Low Quality Installations
Established Revenue Streams BUT High Theft Incentive
Have: “A name to protect”
Approach “Secure: High Value Customer Revenues”
Install AMR / AMI Systems
Install Pre–wired SMART Meter boxes
Closer Engagement: RM, DM, Customer Service Engineer
APPLYING AMR
The Implementation . . .
PROJECT BRIEF SUMMARY
Project Value: USD 24m (Investment)
Installations: 13,000
Scope: Industrial, Commercial
Loss Drop (GWh): 56.0 (equiv – USD 6m)
OBJECTIVES . . .
1. Prompt identification of power theft
2. Automated, Timely & Accurate meter reading and
billing for the LPU category
3. Secure remote access for LPU meter installations
4. Timely & Accurate verification of Off-Taker Invoices
5. Revenue and Customer Service Improvements
INSTALLATIONS – PHILOSOPHY
OLD / EXISTING
Weak Material
(Ordinary Mild Steel)
Exposed Hinges
Easily Breached Doors
Direct Access to ALL Components
Not Monitored
PRE–WIRED
3CR12 Steel (tougher, flexible)
Embedded doors
Hidden hinges and movable parts
Separated compartments
Two (2) stage access
Remotely monitored function, performance
INSTALLATIONS – OLD / EXISTING
MULTIPLE METER – BOX
SINGLE METER – BOX
INSTALLATIONS – PREWIRED BOX
HT KVA METER – BOX
LV KVA METER – BOX
TYPICAL INSTALLATION
SYSTEMS: PRE–WIRED MONITORING
IMON - SYSTEM
Graphical GPS Location of Enclosure
Controlled & Monitored Access
Remote Opening
Real Time Alerts – SMS / Email
Database of ALL Events
Zoning for ease of Administration
MECHANICAL KEYS & RFID TAGS
RFID Tags
Mechanical Keys
SYSTEMS: PRE–WIRED MONITORING
SYSTEMS: AMR / AMI
ECWIN - SYSTEM
Automated / Manual Remote Meter Reading
Database of Interval Meter, Billing Cycle Data
Customizable Computation Routines
Customizable Access Rights
Graphical / Tabular Displays
SMS / Email – Alerts for Critical events
Web Access Interface – Customer Consumption data
Scalable to 50,000 customers (current = 13,000)
SYSTEMS: AMR / AMI
SYSTEMS: AMR / AMI Date Time k Wh_Peak k Wh_Off-Peak k Wh_Shoulder kvarh PF k VA Import_k W Q1_Inductive_Import_kvar Events
05/10/2015 147.5399933 114.33 0.7904501 373.3063 295.0799866 228.6600037
05/10/2015 149.6399994 115.26 0.79223412 377.76712 299.2799988 230.5200043
05/10/2015 150.9600067 116.46 0.79176921 381.32324 301.9200134 232.9199982
05/10/2015 146.1000061 113.4 0.78996325 369.89063 292.2000122 226.800003102:11 Auto Collect LP success,
02:10 TCP could not connect,
05/10/2015 148.4400024 116.7 0.78614187 377.64175 296.8800049 233.3999939
05/10/2015 150.4499969 118.23 0.78626937 382.69327 300.8999939 236.4600067
05/10/2015 151.3800049 119.22 0.7856155 385.37936 302.7600098 238.4400024
05/10/2015 144.2400055 115.5 0.78058362 369.56964 288.480011 231
05/10/2015 145.3800049 116.79 0.77959591 372.96246 290.7600098 233.5800018
05/10/2015 145.3500061 115.92 0.78181249 371.82828 290.7000122 231.8399963
05/10/2015 148.9499969 116.49 0.78770918 378.18527 297.8999939 232.9799957
05/10/2015 122.5199966 98.19 0.78032792 314.02182 245.0399933 196.3800049
05/10/2015 23.54999924 22.41 0.72442317 65.01725 47.09999847 44.81999969
05/10/2015 13.26000023 14.07 0.68584853 38.667427 26.52000046 28.13999939
05/10/2015 11.78999996 12.54 0.68498403 34.42416 23.57999992 25.07999992
05/10/2015 15 13.68 0.73886931 40.602581 30 27.36000061
05/10/2015 15.23999977 13.95 0.73763615 41.321186 30.47999954 27.89999962
05/10/2015 15.21000004 13.68 0.74351287 40.913887 30.42000008 27.36000061
05/10/2015 16.70999908 14.58 0.75349778 44.353149 33.41999817 29.15999985
05/10/2015 15.60000038 14.22 0.73903906 42.216984 31.20000076 28.44000053
05/10/2015 15.84000015 14.73 0.73229933 43.260998 31.68000031 29.45999908
05/10/2015 16.68000031 15.42 0.73429692 45.431213 33.36000061 30.84000015
05/10/2015 16.37999916 15.03 0.73681796 44.461456 32.75999832 30.05999947
05/10/2015 17.25 15.84 0.73656899 46.838791 34.5 31.68000031
05/10/2015 15.32999992 14.58 0.72460985 42.312424 30.65999985 29.15999985
05/10/2015 17.85000038 17.22 0.71969318 49.604473 35.70000076 34.43999863
05/10/2015 11.01000023 13.62 0.62865603 35.027103 22.02000046 27.23999977
05/10/2015 10.68000031 13.23 0.62813175 34.005604 21.36000061 26.45999908
05/10/2015 13.94999981 13.71 0.71321535 39.118618 27.89999962 27.42000008
05/10/2015 14.27999973 14.34 0.70562285 40.47488 28.55999947 28.68000031
05/10/2015 13.77000046 13.56 0.71251905 38.651596 27.54000092 27.12000084
05/10/2015 14.34000015 14.1 0.71304852 40.221664 28.68000031 28.20000076
05/10/2015 14.25 13.98 0.71383709 39.925076 28.5 27.95999908
05/10/2015 13.52999973 13.74 0.70164073 38.566746 27.05999947 27.47999954
05/10/2015 14.25 14.52 0.70043987 40.688717 28.5 29.04000092
05/10/2015 4.980000019 9.87 0.45046702 22.110386 9.960000038 19.73999977
ADMINISTRATIVE
Projects
Manager
AMR Centre
Manager
(1)
AMR Centre
Engineers
(2)
Billing
Officer
Supervisor
Installations
(2)
Insp
Tech
(2)
Inst
Tech
(8)
Project
Administrator
(1)
STEERING COMMITTEE
PROJECT TEAMS
Regional
Manager
Commercial
Losses Sup
(n)
Cust Serv
Eng
(n)
District
Manager
(n)
Loss
Redctn Mgr
Billing
Mgr
DISTRICT / USERS
Cust Serv
Eng Mgr
Tech
Officer
Inst
Sup
Commissioning &
Verification
Supervisor
(1)
Installations
Coordinator
(1)
Tech
Officer
Engagement
Coordinator
(1)
Project
Clerk
(1)
AMR Centre
ANalysts
(2)
SYSTEMS: AMR / AMI
ITEM REGIONS AMR
CENTRE IT
Customer Engagement DM PM -
24 / 7 Monitoring & Response DM CM -
Programming/Access Rights Admin - PM
CM -
Keys, Seals, TAG(s) Management DM - -
Hardware Support - - SD M
Software Support - - SWS M
Contractual Support - - IT PM - Roles for each function clearly spelt out
- Processes developed and implementation on–going
APPLYING AMR
The Initial Results . . .
PROJECT RESULTS
FY PROJECTIONS - 2014
Loss Reduction: 8GWh (USD 1.05m)
Installations 1,325
Investment: USD 8m
CHALLENGES
Late Start: Industrial action, Procurement cycle
Project Mobilization (6 months)
PROJECT HIGHLIGHTS
RESULTS (Q4 – 2014)
Loss Reduction: 4.8 GWh (USD 0.6m)
Installations: 310
Investment: USD 3m
Extrapolated Potential FY:
20 GWh (approx. USD 2.5m)
PROJECT HIGHLIGHTS
RESULTS (Q4 – 2014)
Loss Reduction: 4.8 GWh (USD 0.6m)
Installations: 310
Investment: USD 3m
Extrapolated Potential FY:
20 GWh (approx. USD 2.5m)
PROJECT CASE HIGHLIGHT
A. FLOWER FARM
Prior Average Consumption: 45,000 kWh p.m.
Post Installation Consumption: 150,000 kWh p.m.
B. HOTEL
Prior Average Consumption: 25,000 kWh p.m.
Prior Max Demand, Load: 100 kVA, 140A
Post Installation Consumption: 55,000 kWh p.m.
Post Installation Load: 180 kVA, 250A
SUMMARY
1. Strategy Focus Correct: Secure LPU Revenues
2. Project Concept viable
3. Aggressive Roll Out – Planned
2015: 2,000 Installations
2018: 13,500 Installations
4. Leverage Benefits for each Stakeholder impacted by project:
Customer – Power resolution, Consumption Data Shareholder – Revenue Recovery / Protection