Highjoule(HJ Group) Secures Contract for Centralised Procurement of Microgrid Equipment at Engineering Group Headquarters

Recently, Highjoule(HJ Group) emerged victorious amidst fierce market competition, successfully securing the contract for the centralised procurement of microgrid-related equipment at a prominent engineering group’s headquarters. This tender outcome has been formally published on relevant procurement platforms, signifying renewed high recognition from clients for the company’s comprehensive capabilities in new energy microgrids and integrated photovoltaic-storage solutions.

I. Papamuri Kaupapa: Te Mahi Haumarutanga Pūngao i ngā Rohe Papatairite, te Tautoko i te Whanaketanga Kakariki me te Waro-Iti

I te haere tonu o te rautaki 'waro rua' ā-motu me te tere o te whanaketanga o ngā pūnaha hiko hou me ngā pūnaha hiko hou, kei te whakaatu haere tonu ngā pūnaha whatunga iti i tā rātou mahi nui ki te whakarite i te haumarutanga hiko i ngā wāhi tūmatanui me ngā taiao uaua. Kei te taha o Tibet i te teitei o te 4,500 mita, he taiao teitei, makariri, iti te hāora, me te nui o te hihi ultraviolet tēnei wāhi kaupapa. He nui rawa ngā tono mō te pono, te urutau, me te whai huatanga o te whakatinanatanga o ngā taputapu hiko.

Ko te kaupapa i whakawhiwhia ko te aro nui ki ngā hiahia hiko hangarau me te ahumahi i ngā rohe papatahi. Ka whakamahia he otinga whatunga iti rokiroki photovoltaic whakauru e whakakotahi ana i ngā ipu PV takai me ngā kāpata rokiroki hiko. Mā te whakarite i te whakaputanga hou me te ture rokiroki hiko, ka tino whakarei ake te pūnaha i te whai huatanga o te whakamahinga hiko me te whakaiti i te whakawhirinaki ki ngā wahie pūmua tuku iho, ā, ka whakarato tautoko pakari mō te tuku hiko pumau me te pumau i ngā rohe papatahi.

II. Ngā Kaupapa Matua o te Otinga Kaupapa: Rokiroki PV + Pūngao Whakapiko, I Hangaia mō te Teitei Rawa – Te Tāutanga Watea, Te Tauine Ngāwari, Te Mahi Pūmau

Addressing extreme conditions at 4,500 metres altitude—including low atmospheric pressure, sub-zero temperatures (winter lows reaching -30°C), intense solar radiation, and significant diurnal temperature fluctuations—Highjoule(HJ Group) conducted specialised high-altitude environmental verification and system derating during the design phase. This ensures core equipment maintains efficient heat dissipation and stable operation in thin air conditions.

• Ka whakatinana i ngā ipu photovoltaic whakapiko, ka taea te whakawhānui. I te wā e kawe ana, ka pēhia tōna rahinga ki te hautoru o ngā pūnaha tuku iho, ka whakaitihia ngā wero o ngā mahi kawe tawhiti. Ko te tāutanga ki te papaanga me hiki noa, me whakatuwhera, me waea; i raro i ngā āhuatanga noa, ka taea te whakatinana i tētahi pūnaha kotahi e ngā kaimahi e rua i roto i ngā haora e whā.
• Hei urutau hohonu ki te taiao papatahi, ka whakamahia e te pūnaha rokiroki pūngao ngā pākahiko lithium rino phosphate whānui-pāmahana, me ngā rautaki whakahaere wera atamai. Mā tēnei ka taea te utu me te tuku noa i roto i te awhe pāmahana mai i te -30°C ki te +55°.
• Ka whakamahia e te hoahoa pūnaha he atanga paerewa me te hoahoanga modular. Ka taea te whakatutuki i te whakawhānui ā muri ake nei hei whakatutuki i te pikinga o te hiahia hiko mā te tāpiri i ngā waeine photovoltaic, i ngā kāpata rokiroki pūngao rānei, me te kore e whakarerekē i te pūnaha o nāianei, ka taea ai te whakawhānui i te kaha 'mono-ā-ringa'.

III. Te wikitoria i ngā wero tuku i ngā wāhi teitei mā te tohungatanga ngaio

E toru ngā wero matua i pā ki tēnei kaupapa:

• He tino kaha te tono a ngā taiao teitei ki te pono o ngā taputapu: ka whakaitihia te pai o te tohatoha wera e te iti o te mātotoru o te hau, ā, ka raru pea te tiakitanga wera, te whakaweto rānei i ngā wāhanga hikohiko mana;
• He tino uaua ngā āhuatanga o te kawe me te tāutanga: ko ngā taputapu nui me ngā tawhiti kawe roa o te kaupapa e whakatakoto ana i ngā whakaritenga pakari mō te hanganga o ngā ipu photovoltaic taea te takai, te tiakitanga kawe, me te tika i te wā e whakatinanahia ana, e tāutahia ana hoki i te papaanga;
• He kuiti te wātaka me te poto o te wā tuku: I hiahiatia kia oti te kaupapa i roto i tētahi wā poto, ā, me whakahaere ngātahi te hanga taputapu, te whakahaere ratonga, te tāutanga i te papaanga, me te whakatūnga pūnaha – hei whakamātautau i ngā āheinga whakahaere kaupapa whānui a te kamupene.

In response, Highjoule(HJ Group) proactively implemented high-altitude simulation testing, reinforced structural transport solutions, and pre-integration commissioning. A dedicated high-altitude technical service team was deployed to achieve ‘delivery in one go, success in one attempt’.

IV. Client Recognition: Validation of Highjoule(HJ Group)’s Comprehensive Capabilities

During this competitive negotiation process, Highjoule(HJ Group) distinguished itself through:

• Ngā otinga whatunga iti rokiroki photovoltaic kua pakari, kua pono hoki
• He wheako nui ki te whakatinana i ngā kaupapa pūngao hou me te rokiroki pūngao
• He pūnaha whakahaere kounga whānui me ngā pūnaha ratonga muri-hoko
• He tohungatanga hangarau hōhonu i roto i ngā horopaki tono teitei, iti-hāora

Ultimately distinguishing itself among multiple suppliers, Highjoule(HJ Group) secured the recommended shortlist and won the bid. This outcome fully reflects the client’s high recognition of the Group’s technical prowess, product reliability, and project delivery capabilities.

V. Te Whakatapua Tonu ki te Rāngai Ipurangi Rokiroki-Whakaahua

This successful bid represents not only a significant breakthrough for Highjoule(HJ Group) in the high-altitude renewable energy microgrid sector but also another achievement in the Group’s sustained focus on photovoltaic, energy storage, and system integration operations. Moving forward, the Group will leverage this project to further accumulate experience in high-altitude and complex environmental projects, continuously optimise products and solutions, and persistently deliver safer, more efficient, and more reliable new energy system services to clients.

Highjoule(HJ Group) will strictly adhere to project requirements, advance implementation to high standards, ensure equipment quality and delivery schedules, and create a high-calibre microgrid demonstration project for the client. This endeavour contributes to China’s new energy and green infrastructure development.