Licha ya kukamilika, bwawa la umeme Julius Nyerere latumika kwa 40% tu

[Etwege]

Ccm mtandao wako bize kusaini mikataba ya kununua umeme kutoka Ethiopia huku bwawa la umeme la Mwl Nyerere likitumika kwa asilimia 40 tu mpaka sasa.

Humphrey Polepole hautasahaulika vizazi na vizazi ulisema ukweli kwamba mchawi na adui mkubwa wa maendeleo ya watanzania siyo wazungu wala nchi jirani mbali ni ccm mtandao.

Why Nyerere Hydropower dam operates at only 40 percent capacity | The Citizen Why Nyerere Hydropower dam operates at only 40 percent capacity

 

[Mr Q]

Wajingawajinga wanatakani waharibu kabisa turudi kwenye mgao ili waingize madili yao

 

[Etwege]

Wajingawajinga wanatakani waharibu kabisa turudi kwenye mgao ili waingize madili yao

Inasikitisha sana, na inabidi ufike muda wapigwe tu

 

[raizen 50]

Dah tutachelewa sana kuendelea

 

[Etwege]

Dah tutachelewa sana kuendelea

Inasikitisha sana

 

[baz kaiza]

CCM mtandao ni tatizo kwenye hii nchi

 

[Etwege]

CCM mtandao ni tatizo kwenye hii nchi

Itabidi tutengeneze orodha ya majina ya ccm mtandao ili muda ukifika tuwatandike

 

[Bagamoyo]

Ccm mtandao wako bize kusaini mikataba ya kununua umeme kutoka Ethiopia huku bwawa la umeme la Mwl Nyerere likitumika kwa asilimia 40 tu mpaka sasa.

Why Tanzania’s Nyerere Dam Operates at 40 Percent Capacity​

Why Tanzania’s Nyerere Dam Operates at 40 Percent Capacity
Tanzania’s 2.1GW Nyerere Hydropower project faces critical operational constraints, stalling at 40% capacity. Can regional energy stability survive?

The thundering waters of the Rufiji River are intended to power the industrial future of East Africa, yet the Julius Nyerere Hydropower Project (JNHPP) currently hums at only 40 percent of its total capacity. This massive infrastructure undertaking, designed to generate 2,115 megawatts, remains tethered by a complex interplay of environmental mandates, phased engineering protocols, and the delicate science of reservoir management.

For the East African region, this is more than a local operational issue it is a critical bottleneck in the quest for energy security. With regional interconnectors linking Tanzania, Kenya, and other neighboring states, the stability of the JNHPP directly influences the cost of electricity across the bloc. As the dam struggles to reach its full design potential, the industrial aspirations of the region are forced into a cautious holding pattern while engineers navigate the constraints of one of the largest hydroelectric projects on the continent.

A Colossal Ambition Tempered by Engineering Reality

The JNHPP was inaugurated with the promise of transforming Tanzania into an energy powerhouse, effectively doubling the nation's electricity generation capacity. However, the transition from construction to full-load operation is rarely a linear progression. Engineering experts note that the 40 percent operational status is not necessarily a reflection of failure, but rather a deliberate phase of the commissioning schedule required for such massive civil engineering works.

The primary constraint lies in the turbine sequencing and the reservoir filling protocols. Each of the nine 235-megawatt vertical Francis turbines must undergo rigorous testing, balancing, and load-rejection trials before being permanently synced to the national grid. Operating a 2,115 MW facility requires a massive, sustained water head, which the reservoir is currently in the process of building to the required operational elevation.

Design Capacity: 2,115 Megawatts.
Current Estimated Output: Approximately 846 Megawatts.
Primary Constraint: Reservoir water level management and staged turbine commissioning.
Regional Significance: Integral to the Eastern Africa Power Pool (EAPP) master plan.

The Reservoir Filling Paradox
At the heart of the operational limit is the science of the dam's reservoir, Lake Nyerere. Hydrologists associated with the project emphasize that filling a basin of this magnitude is a delicate ecological and engineering act. Rapid filling could destabilize the surrounding topography, while insufficient water levels during the initial years of operation would render the high-pressure turbines inefficient, leading to cavitation and potential damage to the turbine blades.

Environmental advocates have long scrutinized the Rufiji River basin, citing the need for consistent environmental flows to sustain downstream ecosystems. The management of the reservoir is therefore a balancing act: reserving enough water for the high-head requirement of the turbines while ensuring that the Rufiji delta receives the necessary flow to prevent saltwater intrusion and protect local agricultural communities. This necessitates a conservative approach to water release, directly limiting the available flow for maximum power generation in the short term.

Regional Energy Webs in Suspense
The lag in reaching full capacity has significant ramifications for the wider East African Community (EAC). Kenya, for instance, has invested heavily in cross-border transmission lines aimed at facilitating power trade. The expectation was that the JNHPP would provide a reliable, low-cost baseload that could stabilize regional prices and reduce reliance on expensive thermal power plants, which often rely on imported fuel costing tens of millions of dollars annually.

Economists at the Nairobi-based regional energy think-tank warn that the current 40 percent capacity means that regional energy planning remains subject to volatility. When Tanzanian generation fluctuates, the ripple effects are felt in the wholesale electricity markets of neighboring countries. The cost of energy in the region remains sensitive to these supply-side constraints, impacting everything from manufacturing output in Dar es Salaam to commercial costs in Nairobi.

Climate and Sediment: The Hidden Variables

Beyond the immediate engineering hurdles, the long-term viability of the JNHPP rests on climate resilience. The Rufiji River basin is susceptible to the shifting precipitation patterns associated with climate change. Analysts have highlighted that the dam's performance will be intrinsically linked to the reliability of rainfall in the catchment areas. Should the region face prolonged drought cycles, the ability of the reservoir to maintain the required head for the 2,115 MW design capacity will be tested.

Furthermore, sediment management remains a permanent challenge for large-scale hydro projects. As the river slows behind the dam wall, it deposits silt, which can gradually reduce the reservoir's effective volume over decades. While the project includes sophisticated sediment flushing mechanisms, the ongoing operation at 40 percent is seen by some observers as a precautionary measure to monitor sediment intake before pushing the turbines to their absolute maximum stress points.

The path forward for the Julius Nyerere Hydropower Project is one of gradual escalation. As the reservoir levels normalize and the remaining turbines complete their synchronization protocols, the facility is expected to inch toward its full potential. However, the current reality serves as a stark reminder that the transition from a vision of energy independence to operational reality requires as much patience as it does engineering prowess. For the millions of citizens relying on the promise of affordable, clean power, the wait for the dam to hit 100 percent capacity remains a matter of urgent national and regional concern.

 

[Bagamoyo]

07 April 2026​

Kwa nini Bwawa la Nyerere JNHPP la Tanzania likitumika kwa asilimia 40 tu mpaka sasa.​

Kwa Nini Bwawa la Nyerere la Tanzania Linafanya Kazi kwa Asilimia 40 pekee ya Uwezo wake kamili ?

Mradi wa umeme wa maji wa Nyerere JNHPP Rufiji wa 2.1GW wa Tanzania unakabiliwa
na vikwazo vikubwa vya uendeshaji, na uwezo wake wa kuzalisha nishati iliyotumainiwa na wengi kukwama ukigota asilimia 40 tu ya uwezo wake kamili.

Je, utulivu na uhakika wa kupata nishati ya kikanda unaweza kuendelea kuwepo? Maji ya Mto Rufiji yanakusudiwa kuendesha mustakabali wa viwanda wa Afrika Mashariki, lakini Mradi wa Umeme wa Maji wa Julius Nyerere (JNHPP) kwa sasa unafikia asilimia 40 tu ya uwezo wake wote. Mradi huu mkubwa wa miundombinu, ulioundwa kuzalisha megawati 2,115, unabaki kuunganishwa na mwingiliano tata wa mamlaka ya mazingira, itifaki za uhandisi zilizopangwa kwa awamu, na sayansi maridadi ya usimamizi wa hifadhi.

Kwa kanda ya Afrika Mashariki, hili ni zaidi ya suala mtambuka la uendeshaji wa ndani, ni kikwazo kikubwa katika harakati za usalama wa nishati. Kwa viunganishi vya kikanda vinavyounganisha Tanzania, Kenya, na mataifa mengine jirani, utulivu wa JNHPP unaathiri moja kwa moja gharama ya umeme katika kanda nzima. Huku bwawa likijitahidi kufikia uwezo wake kamili wa usanifu, matarajio ya viwanda vya kanda yanalazimika kuwa na muundo wa tahadhari huku wahandisi wakipitia vikwazo vya mojawapo ya miradi mikubwa zaidi ya umeme wa maji barani.

Tamaa Kubwa ya kisiasa Inayodhibitiwa na Uhalisia wa changamoto za kiUhandisi

JNHPP ilizinduliwa kwa ahadi ya kuibadilisha Tanzania kuwa chanzo tajwa kikubwa cha nishati, na hivyo kuongeza maradufu uwezo wa uzalishaji wa umeme wa taifa. Hata hivyo, mabadiliko kutoka ujenzi hadi uendeshaji kamili wa mradi mara chache hufuata matamanio yasiyo halisi ya mstari wa wanasiasa.

Wataalamu wa uhandisi wanabainisha kuwa hali ya uendeshaji ya asilimia 40 si lazima iwe dhihirisho la kushindwa, bali ni awamu ya makusudi ya ratiba ya kuwasha inayohitajika kwa kazi kubwa kama hizo za uhandisi wa umma.

Kikwazo cha msingi kiko katika mpangilio wa turbine na itifaki za kujaza hifadhi. Kila moja ya turbine tisa za wima za Francis zenye megawati 235 lazima zipitie majaribio makali, kusawazisha, na kukataliwa kwa mzigo wa umeme kabla ya kusawazishwa kabisa na gridi ya taifa. Kuendesha kituo cha MW 2,115 kunahitaji kiwango kikubwa cha maji, ambacho hifadhi iko katika mchakato wa kujenga hadi mwinuko unaohitajika wa uendeshaji.

Uwezo wa Ubunifu: Megawati 2,115.
Makadirio ya Matokeo ya Sasa: Takriban Megawati 846.
Kizuizi cha Msingi: Usimamizi wa kiwango cha maji cha hifadhi na kuwasha turbine kwa hatua.
Umuhimu wa Kikanda: Muhimu kwa mpango mkuu wa Uunganishaji wa Pamoja Umeme wa Afrika Mashariki (EAPP).

Kitendawili cha Kujaza Bwawa
Kiini cha kikomo cha uendeshaji ni sayansi ya bwawa la jipya lililotengenezwa na binadamu, likabatizwa Ziwa Nyerere.

Wataalamu wa maji wanaohusishwa na mradi huo wanasisitiza kwamba kujaza bonde la ukubwa huu ni kitendo dhaifu cha kiikolojia na uhandisi. Kujaza haraka kunaweza kudhoofisha topografia inayozunguka, huku viwango vya maji visivyotosha wakati wa miaka ya awali ya operesheni kukifanya turbine zenye shinikizo kubwa zisifanye kazi vizuri, na kusababisha kupungua kwa maji na uharibifu unaowezekana kwa vinu vile vya turbine.

Watetezi wa mazingira wamechunguza kwa muda mrefu bonde la Mto Rufiji, wakitaja hitaji la mtiririko thabiti wa mazingira ili kudumisha mifumo ikolojia ya chini ya mto. Kwa hivyo usimamizi wa hifadhi ni kitendo cha kusawazisha: kuhifadhi maji ya kutosha kwa mahitaji ya juu ya turbine huku ikihakikisha kwamba delta ya Rufiji inapokea mtiririko unaohitajika ili kuzuia uvamizi wa maji ya chumvi na kulinda jamii za kilimo za wenyeji. Hii inahitaji mbinu ya kihafidhina ya kutolewa kwa maji, ikipunguza moja kwa moja mtiririko unaopatikana kwa uzalishaji wa juu wa umeme kwa muda mfupi.

Mtandao wa Nishati wa Kikanda Unakwama
Kuchelewa kufikia uwezo kamili kuna athari kubwa kwa Jumuiya pana ya Afrika Mashariki (EAC). Kwa mfano, Kenya imewekeza sana katika nyanya za usafirishaji umeme wa mpakani inayolenga kuwezesha biashara ya umeme. Matarajio yalikuwa kwamba JNHPP ingetoa mzigo wa msingi wa umeme wa kuaminika na wa gharama nafuu ambao ungeweza kutuliza bei za kikanda na kupunguza utegemezi wa mitambo ya nguvu ya joto ya gharama kubwa, ambayo mara nyingi hutegemea mafuta yanayoagizwa kutoka nje yanayogharimu makumi ya mamilioni ya dola kila mwaka.

Wanauchumi katika tanki la mawazo (think tank) ya nishati la kikanda lenye makao yake makuu Nairobi wanaonya kwamba uwezo wa sasa wa asilimia 40 tu unamaanisha kwamba upangaji wa nishati wa kikanda unabaki kuwa hali tete. Wakati uzalishaji wa Tanzania unapobadilika-badilika, athari za wimbi huhisiwa katika masoko ya jumla ya umeme ya nchi jirani. Gharama ya nishati katika eneo hilo inabaki kuwa nyeti kwani vikwazo hivi vya upande wa usambazaji, na kuathiri kila kitu kuanzia uzalishaji wa viwandani jijini Dar es Salaam hadi gharama za kibiashara jijini Nairobi.

Hali ya Hewa na Mashapo: Vigezo Vilivyofichwa

Zaidi ya vikwazo vya uhandisi vya haraka, uhai wa muda mrefu wa JNHPP unategemea ustahimilivu wa hali ya hewa. Bonde la Mto Rufiji linakabiliwa na mabadiliko ya mifumo ya mvua inayohusiana na mabadiliko ya hali ya hewa. Wachambuzi wamesisitiza kwamba utendaji wa bwawa utahusishwa kimsingi na uaminifu wa mvua katika maeneo ya vyanzo vya maji. Ikiwa eneo hilo litakabiliwa na mizunguko ya ukame wa muda mrefu, uwezo wa hifadhi ya maji kudumisha ujazo maji unaohitajika kwa uwezo wa kuendesha muundo wa uzalishaji nguvu ya umeme wa MW 2,115 utajaribiwa.

Zaidi ya hayo, usimamizi wa mashapo unabaki kuwa changamoto ya kudumu kwa miradi mikubwa ya maji. Kadri mto unavyopungua nyuma ya ukuta wa bwawa, huweka matope, ambayo inaweza kupunguza polepole ujazo mzuri wa bwawa kwa miongo kadhaa. Ingawa mradi unajumuisha mifumo ya kisasa ya kusafisha mashapo, operesheni inayoendelea kwa asilimia 40 inaonekana na baadhi ya waangalizi kama hatua ya tahadhari ya kufuatilia ulaji wa mashapo kabla ya kusukuma turbine hadi sehemu zao za juu kabisa za mkazo.

Njia ya kusonga mbele kwa Mradi wa Umeme wa Maji wa Julius Nyerere JNHPP ni moja ya kupanda polepole. Kadri viwango vya bwawa vinavyorejeshwa na turbine zilizobaki zinakamilisha itifaki zao za ulandanishi, kituo kinatarajiwa kuelekea uwezo wake kamili. Hata hivyo, ukweli wa sasa unatumika kama ukumbusho mkali kwamba mabadiliko kutoka kwa maono ya uhuru wa nishati hadi uhalisia wa uendeshaji yanahitaji uvumilivu mwingi kama vile inavyohitaji ustadi wa uhandisi. Kwa mamilioni ya raia wanaotegemea ahadi ya umeme wa bei nafuu na safi, kusubiri bwawa kufikia uwezo wa asilimia 100 bado ni suala la wasiwasi wa kitaifa na kikanda.

TOKA MAKTABA:

MATUMAINI BILA UHALISIA WA CHANGAMOTO KUBWA YA KIUENDESHAJI NA MAZINGIRA YA MABADILIKO YA HALI YA HEWA

View: https://m.youtube.com/watch?v=qu9V9Y7XKlY

 

[Tangawizi]

Ccm mtandao wako bize kusaini mikataba ya kununua umeme kutoka Ethiopia huku bwawa la umeme la Mwl Nyerere likitumika kwa asilimia 40 tu mpaka sasa.

Humphrey Polepole hautasahaulika vizazi na vizazi ulisema ukweli kwamba mchawi na adui mkubwa wa maendeleo ya watanzania siyo wazungu wala nchi jirani mbali ni ccm mtandao.

Why Nyerere Hydropower dam operates at only 40 percent capacity | The Citizen Why Nyerere Hydropower dam operates at only 40 percent capacity

Tuanze kuwa na pool kubwa ya kuandaa viongozi. Na wale wenye maono ndio wawe viongozi.
Hii mambo ya kulazimisha kila mtu anaweza kuwa kiongozi imefeli mazima.
Hii mambo ya kulazimisha watoto na ndugu zetu ndio wawe viongozi, imekosa mashiko.....ime backfire 😂😂😂

Ndio maana project kama hii ya bwawa au SGR hazieleweki zinaendeleaje. Nani anayekumbuka kama zipo na lazima zikamilishwe?

 

[Bagamoyo]

Why Tanzania’s Nyerere Dam Operates at 40 Percent Capacity​

Why Tanzania’s Nyerere Dam Operates at 40 Percent Capacity
Tanzania’s 2.1GW Nyerere Hydropower project faces critical operational constraints, stalling at 40% capacity. Can regional energy stability survive?

The thundering waters of the Rufiji River are intended to power the industrial future of East Africa, yet the Julius Nyerere Hydropower Project (JNHPP) currently hums at only 40 percent of its total capacity. This massive infrastructure undertaking, designed to generate 2,115 megawatts, remains tethered by a complex interplay of environmental mandates, phased engineering protocols, and the delicate science of reservoir management.

For the East African region, this is more than a local operational issue it is a critical bottleneck in the quest for energy security. With regional interconnectors linking Tanzania, Kenya, and other neighboring states, the stability of the JNHPP directly influences the cost of electricity across the bloc. As the dam struggles to reach its full design potential, the industrial aspirations of the region are forced into a cautious holding pattern while engineers navigate the constraints of one of the largest hydroelectric projects on the continent.

A Colossal Ambition Tempered by Engineering Reality

The JNHPP was inaugurated with the promise of transforming Tanzania into an energy powerhouse, effectively doubling the nation's electricity generation capacity. However, the transition from construction to full-load operation is rarely a linear progression. Engineering experts note that the 40 percent operational status is not necessarily a reflection of failure, but rather a deliberate phase of the commissioning schedule required for such massive civil engineering works.

The primary constraint lies in the turbine sequencing and the reservoir filling protocols. Each of the nine 235-megawatt vertical Francis turbines must undergo rigorous testing, balancing, and load-rejection trials before being permanently synced to the national grid. Operating a 2,115 MW facility requires a massive, sustained water head, which the reservoir is currently in the process of building to the required operational elevation.

Design Capacity: 2,115 Megawatts.
Current Estimated Output: Approximately 846 Megawatts.
Primary Constraint: Reservoir water level management and staged turbine commissioning.
Regional Significance: Integral to the Eastern Africa Power Pool (EAPP) master plan.

The Reservoir Filling Paradox
At the heart of the operational limit is the science of the dam's reservoir, Lake Nyerere. Hydrologists associated with the project emphasize that filling a basin of this magnitude is a delicate ecological and engineering act. Rapid filling could destabilize the surrounding topography, while insufficient water levels during the initial years of operation would render the high-pressure turbines inefficient, leading to cavitation and potential damage to the turbine blades.

Environmental advocates have long scrutinized the Rufiji River basin, citing the need for consistent environmental flows to sustain downstream ecosystems. The management of the reservoir is therefore a balancing act: reserving enough water for the high-head requirement of the turbines while ensuring that the Rufiji delta receives the necessary flow to prevent saltwater intrusion and protect local agricultural communities. This necessitates a conservative approach to water release, directly limiting the available flow for maximum power generation in the short term.

Regional Energy Webs in Suspense
The lag in reaching full capacity has significant ramifications for the wider East African Community (EAC). Kenya, for instance, has invested heavily in cross-border transmission lines aimed at facilitating power trade. The expectation was that the JNHPP would provide a reliable, low-cost baseload that could stabilize regional prices and reduce reliance on expensive thermal power plants, which often rely on imported fuel costing tens of millions of dollars annually.

Economists at the Nairobi-based regional energy think-tank warn that the current 40 percent capacity means that regional energy planning remains subject to volatility. When Tanzanian generation fluctuates, the ripple effects are felt in the wholesale electricity markets of neighboring countries. The cost of energy in the region remains sensitive to these supply-side constraints, impacting everything from manufacturing output in Dar es Salaam to commercial costs in Nairobi.

Climate and Sediment: The Hidden Variables

Beyond the immediate engineering hurdles, the long-term viability of the JNHPP rests on climate resilience. The Rufiji River basin is susceptible to the shifting precipitation patterns associated with climate change. Analysts have highlighted that the dam's performance will be intrinsically linked to the reliability of rainfall in the catchment areas. Should the region face prolonged drought cycles, the ability of the reservoir to maintain the required head for the 2,115 MW design capacity will be tested.

Furthermore, sediment management remains a permanent challenge for large-scale hydro projects. As the river slows behind the dam wall, it deposits silt, which can gradually reduce the reservoir's effective volume over decades. While the project includes sophisticated sediment flushing mechanisms, the ongoing operation at 40 percent is seen by some observers as a precautionary measure to monitor sediment intake before pushing the turbines to their absolute maximum stress points.

The path forward for the Julius Nyerere Hydropower Project is one of gradual escalation. As the reservoir levels normalize and the remaining turbines complete their synchronization protocols, the facility is expected to inch toward its full potential. However, the current reality serves as a stark reminder that the transition from a vision of energy independence to operational reality requires as much patience as it does engineering prowess. For the millions of citizens relying on the promise of affordable, clean power, the wait for the dam to hit 100 percent capacity remains a matter of urgent national and regional concern.

EARLIER TRADING ON HIGH HOPES

11 DECEMBER 2024
JNHPP A GAME-CHANGER FOR TANZANIA ?

View: https://m.youtube.com/watch?v=kdoOmSNYifQ
Tanzania's energy landscape is set to be transformed with the near-completion of the Nyerere Hydropower Dam. This massive infrastructure project, over 90% complete, will provide clean, renewable energy to millions of Tanzanians. Join us as we explore the engineering marvels, environmental impact, and socio-economic benefits of this ambitious undertaking.

 

[Bagamoyo]

Ndio maana project kama hii ya bwawa au SGR hazieleweki zinaendeleaje. Nani anayekumbuka kama zipo na lazima zikamilishwe?

Ujuzi wa kufikiria kwa pamoja kupata kitu kikubwa kilichokamilika kimfumo ni tatizo.

Huwa tuna timu kibao, timu ya wanasiasa mahiri, timu ya mainjinia kabambe, timu ya system analyst wabobezi, timu ya wagavi (suppliers) tajwa, timu ya raia wenye mawazo mapana (JF) n.k

Ila tunawezaje kuchukua kila mawazo ya timu hizi kuyaunganisha kuwa kitu kimoja kukamimilisha jambo kubwa moja endelevu hapo ndipo tumeshindwa.

Kila mtu anavutia kwake na kwenda kivyake mwisho wa siku ndipo tunagundua kumbe kuna wale tuliwaacha na ndiyo maana tunakwama baada ya kukamilisha eneo moja kwa gharama kubwa lakini linaloleta gharama nyingine zaidi kutokana na kukosa ushirikishwaji.

MFANO ENEO LA UMEME TULIKAZANIA UJENZI WA BWAWA BILA USHIRIKISHWAJI, KUTOKANA NA KUWEPO TIMU MAHIRI YA MAINJINIA, WATU WA MAZINGIRA N.K:

'Timu ya Taifa' ya Wahandisi katika mradi wa Umeme Rufiji​

Mhandisi Robert Kabudi mwenye miaka 20 ya kusimamia miradi mikubwa ya ujenzi nje ya Tanzania pamoja na wahandisi wengine mahiri wazalendo wapo ktk mradi wa ujenzi wa Bwawa la Umeme la Rufiji linatotegemewa kuzalisha 2115 MW wa umeme Tanzania. Mhandisi Robert anaitaja timu hiyo ya watu 21, kikosi anacho kibainisha kama timu ya kutizamwa duniani.

Mhandisi Dr. Robert Kabudi anafunguka :

View: https://m.youtube.com/watch?v=f0hbNi7VHhY

Timu hiyo ya wahandisi wa kiTanzania walio na ujuzikazi kwa vitendo, kuna mhandisi aliyepata kusimamia mradi wa kiwanja cha ndege cha Dubai kilichokuwa na bajeti ya zaidi ya US$ 3.5Bn. Miradi mikubwa ya Qatar, Abu Dhabi, Botswana , World Cup Africa Kusini wachezaji wake waTanzania wazalendo walishiriki ktk ujenzi huko ughaibuni.

Wahandisi hao chini ya kitengo cha Tanroads Engineering Consultanting Unit TECU wana kiu ya kuongeza CV zao ktk mradi huu wa Rufiji wenye bajeti kubwa kuliko iliyotumika ktk ujenzi wa Uwanja Mkubwa Mpya wa Ndege Dubai na hivyo si tu kuitambulusha Tanzania bali hata wahandisi wazalendo kwa ulimwengu kukitokea mradi wowote mkubwa nje ya Tanzania

 

[Bagamoyo]

Profesa Palamagamba Kabudi mwanasiasa mwenye uwezo wa fani nyingi mbali ya kuwa mwanasheria, mwandishi wa habari, mwanadiplomasia, chawa mkubwa

View: https://m.youtube.com/shorts/uEjDQ3ZkzH0


View: https://m.youtube.com/shorts/Ew1S2iYkB-c

 

[Tangawizi]

Ujuzi wa kufikiria kwa pamoja kupata kitu kikubwa kilichokamilika kimfumo ni tatizo.

Huwa tuna timu kibao, timu ya wanasiasa mahiri, timu ya mainjinia kabambe, timu ya system analyst wabobezi, timu ya wagavi (suppliers) tajwa, timu ya raia wenye mawazo mapana (JF) n.k

Ila tunawezaje kuchukua kila mawazo ya timu hizi kuyaunganisha kuwa kitu kimoja kukamimilisha jambo kubwa moja endelevu hapo ndipo tumeshindwa.

Kila mtu anavutia kwake na kwenda kivyake mwisho wa siku ndipo tunagundua kumbe kuna wale tuliwaacha na ndiyo maana tunakwama baada ya kukamilisha eneo moja kwa gharama kubwa lakini linaloleta gharama nyingine zaidi kutokana na kukosa ushirikishwaji.

MFANO ENEO LA UMEME TULIKAZANIA UJENZI WA BWAWA BILA USHIRIKISHWAJI, KUTOKANA NA KUWEPO TIMU MAHIRI YA MAINJINIA, WATU WA MAZINGIRA N.K:

'Timu ya Taifa' ya Wahandisi katika mradi wa Umeme Rufiji​

Mhandisi Robert Kabudi mwenye miaka 20 ya kusimamia miradi mikubwa ya ujenzi nje ya Tanzania pamoja na wahandisi wengine mahiri wazalendo wapo ktk mradi wa ujenzi wa Bwawa la Umeme la Rufiji linatotegemewa kuzalisha 2115 MW wa umeme Tanzania. Mhandisi Robert anaitaja timu hiyo ya watu 21, kikosi anacho kibainisha kama timu ya kutizamwa duniani.

Mhandisi Dr. Robert Kabudi anafunguka :

View: https://m.youtube.com/watch?v=f0hbNi7VHhY

Timu hiyo ya wahandisi wa kiTanzania walio na ujuzikazi kwa vitendo, kuna mhandisi aliyepata kusimamia mradi wa kiwanja cha ndege cha Dubai kilichokuwa na bajeti ya zaidi ya US$ 3.5Bn. Miradi mikubwa ya Qatar, Abu Dhabi, Botswana , World Cup Africa Kusini wachezaji wake waTanzania wazalendo walishiriki ktk ujenzi huko ughaibuni.

Wahandisi hao chini ya kitengo cha Tanroads Engineering Consultanting Unit TECU wana kiu ya kuongeza CV zao ktk mradi huu wa Rufiji wenye bajeti kubwa kuliko iliyotumika ktk ujenzi wa Uwanja Mkubwa Mpya wa Ndege Dubai na hivyo si tu kuitambulusha Tanzania bali hata wahandisi wazalendo kwa ulimwengu kukitokea mradi wowote mkubwa nje ya Tanzania

siasa zetu sio salama tena kwa kutafuta maendeleo. Zimejaa upigaji na kukosa heshima kwa miradi ya maendeleo. CAG anasema tunadaiwa 1 trilion kwenye huu mradi. sababu ya kukiuka mkataba. kwanini?

 

[Bagamoyo]

siasa zetu sio salama tena kwa kutafuta maendeleo. Zimejaa upigaji na kukosa heshima kwa miradi ya maendeleo. CAG anasema tunadaiwa 1 trilion kwenye huu mradi. sababu ya kukiuka mkataba. kwanini?

Siasa za kutaka sifa za kisiasa bila kuzingatia ushauri wa kitaalamu na pia wataalamu kugeuka machawa hivyo kutosema ukweli wanapotoa ushauri

 

[Bagamoyo]

09 April 2026
Harare, Zimbabwe

EASTERN AFRICA POWER POOL AND SOUTHERN POWER POOL COLLABORATION VISITED BY REGIONAL PARTNERS

View: https://m.youtube.com/watch?v=luCj1fWhZAw
A major step toward regional energy integration has been taken in Africa with the signing of a Memorandum of Understanding (MoU) between the Independent Regulatory Board of the Eastern Africa Power Pool (EAPP) and the Southern African Power Pool (SAPP). The agreement was signed in late February 2026 in Harare, Zimbabwe marking a new phase of cooperation between the two regional power pools.

The partnership aims to create a more coordinated and reliable electricity market across Eastern and Southern Africa. A key objective of the MoU is to align regulatory systems and technical standards to make cross-border electricity trading easier and more efficient. By harmonizing rules and procedures, the two organizations hope to remove long-standing barriers that have limited the smooth exchange of power between countries.

This collaboration is expected to improve grid stability and encourage greater investment in energy infrastructure. A more connected market can help balance electricity supply and demand across borders. Countries that generate excess power will be able to export it to neighboring nations experiencing shortages. This approach can reduce power deficits, improve energy security, and make better use of existing generation resources.

The agreement also focuses on sharing knowledge and strengthening institutional capacity. Before the MoU was signed, a delegation from the Eastern African regulatory body visited SAPP facilities to understand how its systems operate. SAPP is considered one of the most developed electricity markets in Africa, and its experience in market monitoring and compliance mechanisms offers useful lessons for the EAPP as it continues to develop its own regulatory framework.

Another important aspect of the cooperation is its alignment with continental development goals. The initiative supports the vision of the African Union under Agenda 2063, which calls for the creation of a fully integrated African Single Electricity Market. By strengthening links between the Eastern and Southern power corridors, the MoU lays the groundwork for broader continental interconnection in the future.

Greater integration can also support renewable energy expansion. Regions rich in solar, wind, or hydropower resources will be better positioned to supply clean electricity to high-demand areas. This could help lower overall generation costs and promote sustainable growth.

Overall, the agreement represents a strategic effort to deepen regional cooperation in the energy sector. It signals a shared commitment to building a more stable, affordable, and interconnected power market that can support economic development and improve access to electricity for millions of people across Eastern and Southern Africa

 

[Bagamoyo]

Tanzania's conglomerate Amsons Group seals US$600 million deal for 1 GW solar power project in Zambia​

By Green Building Africa - Net Carbon Zero Buildings and Cities December 17, 2025No Comments

Amsons Group Managing Director Edha Nahdi meets Zambia’s President Hakainde Hichilema in Lusaka during the signing of a landmark US$600 million agreement to develop a 1GW solar power plant in Zambia. Image credit: Amson Group

• Pan African conglomerate Amsons Group signs landmark agreement to develop a 1 GW solar power plant in Zambia.
• Project positions Zambia to accelerate energy diversification and reduce reliance on hydropower.
• Investment signals Amsons Group’s strategic expansion into utility scale renewable energy across Africa.

Pan African energy and manufacturing conglomerate Amsons Group has signed a US$600 million agreement to develop a 1 gigawatt solar power plant in Zambia, marking one of the largest renewable energy investments in the country’s history.

The project will be implemented through Africa Power Generation, a Zambia registered renewable energy investment consortium backed by Amsons Group. The utility scale solar facility forms part of the group’s broader diversification strategy as it expands beyond its established cement manufacturing, logistics and petroleum distribution operations across sub Saharan Africa.

The agreement was formally signed in Lusaka by Amsons Group Managing Director Edha Nahdi in the presence of Zambian President Hakainde Hichilema at State House. The high level engagement highlighted the strategic importance of the project to Zambia’s energy security and economic resilience agenda.

President Hichilema described the investment as a transformational development for the country’s power sector, noting that the 1 GW solar plant would provide reliable, clean and non hydro based electricity at a time when Zambia continues to face power deficits driven by prolonged droughts.

He said the project would play a central role in ending load shedding and supporting industrial growth, while helping the government meet its target of adding at least 1,000 megawatts of new solar capacity to the national grid. The President also reaffirmed that large scale private sector investments are critical to achieving Zambia’s longer term goal of installing 10 GW of new power capacity by 2030, aligned with the Mission 300 initiative to electrify 300 million Africans.

Speaking after the signing, Nahdi said the group was committed to supporting Zambia’s energy transition and broader development objectives.

He noted that the solar investment goes beyond electricity generation, with a strong focus on job creation, skills development and long term energy system resilience. He added that Amsons Group is committed to fast tracking project implementation to deliver clean power to Zambian households, social infrastructure and industry as quickly as possible.

The Zambia project also signals Amsons Group’s growing footprint in the African power sector. The company is actively exploring renewable energy opportunities in Kenya, Tanzania and Uganda, leveraging its regional presence and financial strength. This follows recent high profile investments in East Africa, including the acquisition of Bamburi Cement in Kenya and the purchase of a significant equity stake in East African Portland Cement.

Headquartered in Tanzania, Amsons Group operates across the African Great Lakes region with interests in cement, manufacturing and logistics. The solar project will be developed through its dedicated energy subsidiary, Africa Power Generation, working closely with the Government of Zambia and national utility ZESCO.

The investment comes as Zambia strengthens its regulatory and approval frameworks for renewable energy, creating a more predictable and efficient environment for private sector developers. These reforms are expected to support the smooth progression of the project from development to implementation.

Once operational, the 1 GW solar plant is expected to significantly enhance Zambia’s energy resilience, reduce dependence on climate vulnerable hydropower and establish a major new pillar in the country’s clean energy mix.



View: https://m.youtube.com/shorts/9o5hBLqls9M
Amsons Group Managing Director Edha Nahdi

Source :
Author: Bryan Groenendaal
JA Solar

 

[Smart911]

Nahisi wanapambana kubadilisha miundo mbinu...


Cc: Mahondaw

 

[Bagamoyo]

25 April 2026

President Hakainde Hichilema has officially commissioned the 50MW Mansa Solar Project


View: https://m.youtube.com/watch?v=yOAxxso33s8
President Hakainde Hichilema has officially commissioned the 50MW Mansa Solar Project in Luapula Province while officiating at the Luapula Expo.

The plant is already delivering power into the national grid, with construction completed in 2025 and early generation supporting supply over the past months.

Today’s commissioning confirms full integration as a national asset.Financed internally by ZESCO at about US$48 million, the project adds 50 megawatts to the grid, strengthening electricity supply for homes, farms and businesses in Luapula and beyond.
Source : Director Spokeperson

 

[Bagamoyo]

25 April 2026

Siavonga Solar PV Project in Siavonga District progressing well with panel installation underway.


View: https://m.youtube.com/watch?v=GVBH2Z9kRMk

Panel installation works are advancing right now on the ground at the Siavonga Solar PV Project in Siavonga District, Southern Province.

In December 2025, following a directive by the Republican President Mr Hakainde Hichilema, ZESCO broke ground on the new 100-megawatt solar facility. The works are moving steadily alongside the grid connection preparations.

Site teams have already completed full mobilisation and the main civil works and panel mounting is well under way. The project remains on track for commercial operation by December 2026
Source : Director Spokeperson